https://www.sciencephoto.com/media/420140/view/kepler-s-laws-of-planetary-motion2018-11-06T15:34:00Z0.9K003/1060 Kepler's laws of planetary motionK003/1060 Animation showing Kepler's laws of planetary motion. Kepler's three laws were published in 1609 (first and second laws) and 1619 (third law). The first law states the the orbit of each planet is an ellipse, with the Sun at one focus. The animation shows the properties of an ellipse, the blue line: the Sun is at one focus, the pink dot shows the other focus. The foci are equidistant from the centre (orange dot). The semi-major axis (a) is red. The lines joining the planet to each focus always add to a value twice that of the semi-major axis. Kepler's second law states that a line linking the planet to the Sun sweeps out an equal area in any given time. At its furthest from the Sun, an area a1 is swept out in time t1. Closest to the Sun, an area a2 is swept out in time t2. If t1 and t2 are the same time, the areas a1 and a2 are identical. This is because a planet travels more quickly closer to the Sun. The third law states that the cube of the semi-major axis of a planet's orbit (red a) is directly proportional to the square of its orbital period (cyan P). The constant of proportionality is the same for any planet, so zooming out to show a more distant orbit, the same holds true: the cube of the semi-major axis (purple a) is proportional to the square of the period (orange P). The eccentricity of the orbits has been greatly exaggerated for clarity - in reality, the semi-minor axis of the Earth's orbit is 99.98% of the semi-major axis, making the orbit almost circular.https://www.sciencephoto.com/image/420140/350wm/K0031060-Kepler_s_laws_of_planetary_motion-SPL.jpghttps://www.sciencephoto.com/image/420140/preview/K0031060-Kepler_s_laws_of_planetary_motion-SPL.mp446.042011-09-09Yes1st2nd3rdanimatedanimationareaastronomicalastronomyaxescelestialconstantdemonstrationdiagramdiagrammaticeartheducationeducationalellipseellipsesequalfirstfocifocusgraphicgraphicalgravitationgravitykeplerkepler's lawslawmathematicalmathematicshttps://www.sciencephoto.com/media/420141/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:38:26Z0.9K003/1096 Cave of the Crystals, Naica Mine, MexicoK003/1096 Man standing in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reach nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the cave again.https://www.sciencephoto.com/image/420141/350wm/K0031096-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420141/preview/K0031096-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp414.062011-09-09Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420142/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:36:38Z0.9K003/1097 Cave of the Crystals, Naica Mine, MexicoK003/1097 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the cave again.https://www.sciencephoto.com/image/420142/350wm/K0031097-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420142/preview/K0031097-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp427.052011-09-09Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420274/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:31:58Z0.9K003/1098 Cave of the Crystals, Naica Mine, MexicoK003/1098 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the cave again.https://www.sciencephoto.com/image/420274/350wm/K0031098-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420274/preview/K0031098-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp482011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420275/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:37:46Z0.9K003/1099 Cave of the Crystals, Naica Mine, MexicoK003/1099 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420275/350wm/K0031099-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420275/preview/K0031099-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp425.212011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420276/view/cave-of-the-crystals-naica-mine-mexico2018-03-28T09:38:32Z0.9K003/1100 Cave of the Crystals, Naica Mine, MexicoK003/1100 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420276/350wm/K0031100-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420276/preview/K0031100-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp416.032011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420277/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:31:12Z0.9K003/1101 Cave of the Crystals, Naica Mine, MexicoK003/1101 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420277/350wm/K0031101-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420277/preview/K0031101-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp424.232011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420278/view/cave-of-swords-naica-mine-mexico2018-11-04T15:37:03Z0.9K003/1102 Cave of Swords, Naica Mine, MexicoK003/1102 Man in the Cave of Swords, at Naica Mine, Mexico. This cave is filled with large crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 120 metres below the surface. It is some 180 metres above the Cave of the Crystals, which contains even larger crystals. Both formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. This cave was discovered in 1910, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it and the other caves clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420278/350wm/K0031102-Cave_of_Swords,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420278/preview/K0031102-Cave_of_Swords,_Naica_Mine,_Mexico-SPL.mp430.122011-09-13Yesbeautycalcium sulphatecave of swordscavescavingcrystalcrystalsexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonhttps://www.sciencephoto.com/media/420279/view/cave-of-the-crystals-naica-mine-mexico2018-11-06T15:33:50Z0.9K003/1103 Cave of the Crystals, Naica Mine, MexicoK003/1103 Man in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420279/350wm/K0031103-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420279/preview/K0031103-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp410.22011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420280/view/selenite-crystal-from-naica-mine-mexico2018-03-28T09:38:32Z0.9K003/1104 Selenite crystal from Naica Mine, MexicoK003/1104 Hands holding a large crystal of selenite from the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420280/350wm/K0031104-Selenite_crystal_from_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420280/preview/K0031104-Selenite_crystal_from_Naica_Mine,_Mexico-SPL.mp424.192011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhandhandlinghandsholdinghugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americahttps://www.sciencephoto.com/media/420281/view/cave-of-the-crystals-naica-mine-mexico2018-11-04T15:36:34Z0.9K003/1105 Cave of the Crystals, Naica Mine, MexicoK003/1105 Man walking in the Cave of the Crystals, at Naica Mine, Mexico. This cave is filled with enormous crystals of selenite, a form of gypsum (calcium sulphate). The cave lies around 300 metres below the surface and is extremely hot, with temperatures reaching nearly 60 degrees Celsius. It formed as an underlying magma chamber heated groundwater in and around the cave, which dissolved minerals to form a concentrated solution. The water was trapped in the cave at around 50 degrees for 500,000 years, allowing the slow formation of the enormous crystals. The cave was discovered in 2000, when the cave was drained by the company operating the Naica Mine. Pumping operations keep it clear of water to allow mining and research, but the crystals deteriorate in air. Pumping operations will stop eventually, flooding the caves again.https://www.sciencephoto.com/image/420281/350wm/K0031105-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.jpghttps://www.sciencephoto.com/image/420281/preview/K0031105-Cave_of_the_Crystals,_Naica_Mine,_Mexico-SPL.mp422.092011-09-13Yesbeautycalcium sulphatecave of the crystalscavescavingcrystalexplorationexploringgeodegeologicalgeologygeothermalgiantgypsumhugehumanlargelargestmanmexicanmexicominemineralmineralsminingnaicanaturalnorth americanorth americanpeoplepersonrarehttps://www.sciencephoto.com/media/420320/view/stargazer-fish-attacking-cardinal-fish2018-03-28T09:38:32Z0.9K003/0864 Stargazer fish attacking cardinal fishK003/0864 White-margin stargazer fish (Uranoscopus sulphureus) catching a cardinal fish. The stargazer lies camouflaged in the sand until prey comes close, upon which it engulfs it with a sudden gulp of its large, upward-facing mouth. It feeds mainly on small fish and crustaceans. Filmed in the Lembeh Strait, Sulawesi, Indonesia.https://www.sciencephoto.com/image/420320/350wm/K0030864-Stargazer_fish_attacking_cardinal_fish-SPL.jpghttps://www.sciencephoto.com/image/420320/preview/K0030864-Stargazer_fish_attacking_cardinal_fish-SPL.mp417.032011-09-15Yesambushambushinganimalattackattackingburiedcamouflagecamouflagedcardinalcardinalfishcatchcatchescatchingeateatingeditengulfingfaunagulpgulpinghiddenindonesiamarinepredationpredatorsandsandystar gazerstargazerstrikestrikingsuccesshttps://www.sciencephoto.com/media/420321/view/stargazer-fish2018-11-06T15:37:25Z0.9K003/0865 Stargazer fishK003/0865 White-margin stargazer fish (Uranoscopus sulphureus) half buried in the sandy seabed. This fish lies camouflaged in the sand until prey comes close, upon which it engulfs it with a sudden gulp of its large, upward-facing mouth. It feeds mainly on small fish and crustaceans. Filmed in the Lembeh Strait, Sulawesi, Indonesia.https://www.sciencephoto.com/image/420321/350wm/K0030865-Stargazer_fish-SPL.jpghttps://www.sciencephoto.com/image/420321/preview/K0030865-Stargazer_fish-SPL.mp411.022011-09-15Yesambushambushinganimalburiedcamouflagecamouflagedeyeeyesfaunafishhiddenindonesialie in waitlying in waitmarinemouthpredatorsandsandystar gazerstargazersulawesisulphureussurpriseswallowswallowingtropicaluglyunder waterunderwateruranoscopuswaithttps://www.sciencephoto.com/media/420322/view/stargazer-catching-a-fish2018-03-28T09:38:32Z0.9K003/0866 Stargazer catching a fishK003/0866 White-margin stargazer fish (Uranoscopus sulphureus) catching a cardinal fish. The stargazer lies camouflaged in the sand until prey comes close, upon which it engulfs it with a sudden gulp of its large, upward-facing mouth. It feeds mainly on small fish and crustaceans. Filmed in the Lembeh Strait, Sulawesi, Indonesia.https://www.sciencephoto.com/image/420322/350wm/K0030866-Stargazer_catching_a_fish-SPL.jpghttps://www.sciencephoto.com/image/420322/preview/K0030866-Stargazer_catching_a_fish-SPL.mp4252011-09-15Yesambushambushinganimalattackattackingburiedcamouflagecamouflagedcardinalcardinalfishcatchcatchescatchingeateatingeditengulfinggulpgulpinghiddenindonesiamarinepredationpredatorsandsandystar gazerstargazerstrikestrikingsuccesssuccessfulhttps://www.sciencephoto.com/media/420412/view/glonass-m-satellite-launch-rocket2015-12-11T16:06:37Z0.9K003/1141 GLONASS-M satellite launch rocketK003/1141 Soyuz-2.1B rocket with a Glonass-M navigation satellite aboard. GLONASS is the Russian satellite navigation system, similar to the US Global Position System (GPS). This was filmed at Plesetsk Cosmodrome just after the cancellation of the launch on 25th August 2011. A new launch date has been set for 25th September 2011.https://www.sciencephoto.com/image/420412/350wm/K0031141-GLONASS-M_satellite_launch_rocket-SPL.jpghttps://www.sciencephoto.com/image/420412/preview/K0031141-GLONASS-M_satellite_launch_rocket-SPL.mp48.12011-09-19Yes2011augustcancelationcanceledcancellationcancelledcenterdelaydelayedglobalglonassglonass-mgroundlaunch vehiclemodernnavigationpadplesetsk cosomodromepositioningpostponedrocketrussiarussiansatellitesciencesoyuzsoyuz-2.1bspace centresummersystemtechnologicaltechnologyhttps://www.sciencephoto.com/media/420413/view/glonass-m-satellite-launch-rocket2015-12-11T16:06:37Z0.9K003/1142 GLONASS-M satellite launch rocketK003/1142 Soyuz-2.1B rocket with a Glonass-M navigation satellite aboard. GLONASS is the Russian satellite navigation system, similar to the US Global Position System (GPS). This was filmed at Plesetsk Cosmodrome just after the cancellation of the launch on 25th August 2011. A new launch date has been set for 25th September 2011.https://www.sciencephoto.com/image/420413/350wm/K0031142-GLONASS-M_satellite_launch_rocket-SPL.jpghttps://www.sciencephoto.com/image/420413/preview/K0031142-GLONASS-M_satellite_launch_rocket-SPL.mp410.052011-09-19Yes2011augustcancelationcanceledcancellationcancelledcenterdelaydelayedglobalglonassglonass-mgroundlaunch vehiclemodernnavigationpadplesetsk cosomodromepositioningpostponedrocketrussiarussiansatellitesciencesoyuzsoyuz-2.1bspace centresummersystemtechnologicaltechnologyhttps://www.sciencephoto.com/media/420414/view/glonass-m-satellite-launch-rocket2015-12-11T16:06:37Z0.9K003/1143 GLONASS-M satellite launch rocketK003/1143 Soyuz-2.1B rocket with a Glonass-M navigation satellite aboard. GLONASS is the Russian satellite navigation system, similar to the US Global Position System (GPS). This was filmed at Plesetsk Cosmodrome just after the cancellation of the launch on 25th August 2011. A new launch date has been set for 25th September 2011.https://www.sciencephoto.com/image/420414/350wm/K0031143-GLONASS-M_satellite_launch_rocket-SPL.jpghttps://www.sciencephoto.com/image/420414/preview/K0031143-GLONASS-M_satellite_launch_rocket-SPL.mp413.122011-09-19Yes2011augustcancelationcanceledcancellationcancelledcenterdelaydelayedglobalglonassglonass-mgroundlaunch vehiclemodernnavigationpadplesetsk cosomodromepositioningpostponedrocketrussiarussiansatellitesciencesoyuzsoyuz-2.1bspace centresummersystemtechnologicaltechnologyhttps://www.sciencephoto.com/media/420523/view/zooplankton2018-10-20T00:28:31Z0.9K003/0220 ZooplanktonK003/0220 Zooplankton, animation. Zooplankton are the tiny organisms that feed on organic matter that are found in sea, oceans and almost all other bodies of water. They primarily feed on phytoplankton (photosynthesising plankton) and other zooplankton. Although many zooplankton are microscopic, the term also covers larger animals that share the drifting lifestyle, including the larvae and young of fish, molluscs and crustaceans, and even large animals such as jellyfish.https://www.sciencephoto.com/image/420523/350wm/K0030220-Zooplankton-SPL.jpghttps://www.sciencephoto.com/image/420523/preview/K0030220-Zooplankton-SPL.mp410.012011-09-20Yesanimalanimalsanimatedanimationaquaticbiologicalbiologybluecrustaceandriftdriftingenvironmentenvironmentalfaunafishfood chainimmaturelarvalarvaelarvalmarineoceanorganismorganismsplanktonseaunder waterunderwaterwaterwebwildlifeyounghttps://www.sciencephoto.com/media/420524/view/phytoplankton2018-10-20T00:28:31Z0.9K003/0221 PhytoplanktonK003/0221 Phytoplankton, animation. Phytoplankton are the photosynthetic organisms that drift around the world's oceans, seas and almost all other bodies of water. These microscopic organisms use sunlight and carbon dioxide to produce oxygen and organic molecules. This makes them the base layer of the food chain, and the source of around half of the oxygen in the atmosphere. Not all of the phytoplankton are plants: the group contains a number of protozoa, bacteria and cyanobacteria (blue-green algae).https://www.sciencephoto.com/image/420524/350wm/K0030221-Phytoplankton-SPL.jpghttps://www.sciencephoto.com/image/420524/preview/K0030221-Phytoplankton-SPL.mp410.012011-09-20Yesalgaalgaealgalanimatedanimationaquaticbacteriabiologicalbiologybluediatomdiatomsecosystemenvironmentenvironmentalfood chainmarinemicroscopicoceanorganismorganismsphotosynthesisphotosyntheticphytoplanktonplankterplanktersplanktonplanktonicprimary productionprotozoaprotozoanseahttps://www.sciencephoto.com/media/421086/view/great-tits-in-flight-high-speed2018-03-28T09:38:32Z0.9K002/9427 Great tits in flight, high-speedK002/9427 High-speed footage of great tits (Parus major) flying near their nest hole in a tree. The great tit is an insectivorous bird that inhabits all types of woodland across Eurasia, North Africa and Southeast Asia.https://www.sciencephoto.com/image/421086/350wm/K0029427-Great_tits_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421086/preview/K0029427-Great_tits_in_flight,_high-speed-SPL.mp416.012011-09-21Yesanimalanimalsbirdbirdscavityeuropeeuropeanflightflyinggreat tithigh speedhigh-speedholelandingmovementmovingnestnestingno peopleoutdoorsparidaeparus majorslow motiontaking offtree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421087/view/robin-in-flight-high-speed2018-11-06T15:32:37Z0.9K002/9428 Robin in flight, high-speedK002/9428 High-speed footage of a European robin (Erithacus rubecula) landing then taking off again from a tree. The robin feeds on insects, and can reach 14 centimetres in length.https://www.sciencephoto.com/image/421087/350wm/K0029428-Robin_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421087/preview/K0029428-Robin_in_flight,_high-speed-SPL.mp410.032011-09-21Yesanimalanimalsbirdbirdserithacus rubeculaeuropean robinflightflyinghigh speedhigh-speedmovementmovingmuscicapidaeno peopleoutdoorspasserineslow motiontaking offtree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421088/view/blue-tit-landing-high-speed2018-03-28T09:38:32Z0.9K002/9429 Blue tit landing, high-speedK002/9429 High-speed footage of a blue tit (Parus caruleus) landing by its nest hole in a tree. The blue tit is a common insectivorous bird found in woodlands and gardens throughout Europe.https://www.sciencephoto.com/image/421088/350wm/K0029429-Blue_tit_landing,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421088/preview/K0029429-Blue_tit_landing,_high-speed-SPL.mp410.082011-09-21Yesanimalanimalsbirdbirdsblue titeuropeeuropeanflightflyinghigh speedhigh-speedlandingmovementmovingno peopleoutdoorsparidaeparus caeruleusslow motiontree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421089/view/crested-tit-in-flight-high-speed2018-03-28T09:38:32Z0.9K002/9430 Crested tit in flight, high-speedK002/9430 High-speed footage of a crested tit (Lophophanes cristatus) taking off from a tree. This is a small insectivorous bird found cheifly in conifer forests in central an northern Europe, and in general woodlands in southern Europe.https://www.sciencephoto.com/image/421089/350wm/K0029430-Crested_tit_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421089/preview/K0029430-Crested_tit_in_flight,_high-speed-SPL.mp44.072011-09-21Yesanimalanimalsbirdbirdscrested titflightflyinghigh speedhigh-speedlophophanes cristatusmovementmovingno peopleoutdoorsparidaeparus cristatusslow motiontaking offtree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421090/view/blue-tit-landing-high-speed2018-03-28T09:38:32Z0.9K002/9431 Blue tit landing, high-speedK002/9431 High-speed footage of a blue tit (Parus caruleus) landing by its nest hole in a tree. The blue tit is a common insectivorous bird found in woodlands and gardens throughout Europe.https://www.sciencephoto.com/image/421090/350wm/K0029431-Blue_tit_landing,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421090/preview/K0029431-Blue_tit_landing,_high-speed-SPL.mp48.192011-09-21Yesanimalanimalsbirdbirdsblue titeuropeeuropeanflightflyinghigh speedhigh-speedlandingmovementmovingno peopleoutdoorsparidaeparus caeruleusslow motiontree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421091/view/marsh-tit-in-flight-high-speed2018-03-28T09:38:32Z0.9K002/9432 Marsh tit in flight, high-speedK002/9432 High-speed footage of a marsh tit (Poecile palustris) in flight. Despite its name, this small bird is found in a variety of habitats, including woodland, riversides and parks and gardens. It is omnivorous, feeding on invertebrates and seeds.https://www.sciencephoto.com/image/421091/350wm/K0029432-Marsh_tit_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421091/preview/K0029432-Marsh_tit_in_flight,_high-speed-SPL.mp47.12011-09-21Yesanimalanimalsbirdbirdscolor imageeuropeeuropeanfilmflightflyinghd formathigh speedhigh-speedlandingmarsh titmovementmovingno peopleoutdoorsparidaeparus palustrispoecile palustrisslow motiontree trunkvertebratewild animalwildlifehttps://www.sciencephoto.com/media/421092/view/honey-bees-in-flight-high-speed2018-11-06T15:34:00Z0.9K002/9433 Honey bees in flight, high-speedK002/9433 High-speed footage of honey bees (Apis mellifera) in flight. The central bee is carrying a large amount of pollen (yellow) in the pollen baskets on its back legs. Pollen baskets are a specialised structure on the legs that the bees use to carry pollen from flowers back to the hive, where it is used to feed young developing bees in the colony.https://www.sciencephoto.com/image/421092/350wm/K0029433-Honey_bees_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421092/preview/K0029433-Honey_bees_in_flight,_high-speed-SPL.mp423.172011-09-21Yesanimalanimalsapidaeapis mellificaarthropodbasketsbeescolonialeuropean honey beeflightflyinghigh speedhigh-speedhymenopterahymenopteraninsectinsectsmovementmovingno peopleoutdoorspollenpollen basketpollinationslow motionwild animalwildlifehttps://www.sciencephoto.com/media/421093/view/honey-bees-in-flight-high-speed2018-11-06T15:38:06Z0.9K002/9434 Honey bees in flight, high-speedK002/9434 High-speed footage of honey bees (Apis mellifera) in flight. The central bee is carrying a large amount of pollen (yellow) in the pollen baskets on its back legs. Pollen baskets are a specialised structure on the legs that the bees use to carry pollen from flowers back to the hive, where it is used to feed young developing bees in the colony.https://www.sciencephoto.com/image/421093/350wm/K0029434-Honey_bees_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421093/preview/K0029434-Honey_bees_in_flight,_high-speed-SPL.mp430.212011-09-21Yesanimalanimalsapidaeapis mellificaarthropodbasketsbeescolonialeuropean honey beeflightflyinghigh speedhigh-speedhymenopterahymenopteraninsectinsectsmovementmovingno peopleoutdoorspollenpollen basketpollinationslow motionwild animalwildlifehttps://www.sciencephoto.com/media/421094/view/honey-bees-in-flight-high-speed2018-11-06T15:37:06Z0.9K002/9435 Honey bees in flight, high-speedK002/9435 High-speed footage of honey bees (Apis mellifera) in flight. The central bee is carrying a large amount of pollen (yellow) in the pollen baskets on its back legs. Pollen baskets are a specialised structure on the legs that the bees use to carry pollen from flowers back to the hive, where it is used to feed young developing bees in the colony.https://www.sciencephoto.com/image/421094/350wm/K0029435-Honey_bees_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421094/preview/K0029435-Honey_bees_in_flight,_high-speed-SPL.mp426.182011-09-21Yesanimalanimalsapidaeapis mellificaarthropodbasketsbeescolonialeuropean honey beeflightflyinghigh speedhigh-speedhymenopterahymenopteraninsectinsectsmovementmovingno peopleoutdoorspollenpollen basketpollinationslow motionwild animalwildlifehttps://www.sciencephoto.com/media/421095/view/honey-bees-in-flight-high-speed2018-11-06T15:32:53Z0.9K002/9436 Honey bees in flight, high-speedK002/9436 High-speed footage of honey bees (Apis mellifera) in flight. The central bee is carrying a large amount of pollen (yellow) in the pollen baskets on its back legs. Pollen baskets are a specialised structure on the legs that the bees use to carry pollen from flowers back to the hive, where it is used to feed young developing bees in the colony.https://www.sciencephoto.com/image/421095/350wm/K0029436-Honey_bees_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421095/preview/K0029436-Honey_bees_in_flight,_high-speed-SPL.mp457.182011-09-21Yesanimalanimalsapidaeapis mellificaarthropodbasketsbeescolonialeuropean honey beeflightflyinghigh speedhigh-speedhymenopterahymenopteraninsectinsectsmovementmovingno peopleoutdoorspollenpollen basketpollinationslow motionwild animalwildlifehttps://www.sciencephoto.com/media/421096/view/honey-bee-in-flight-high-speed2018-03-28T09:38:32Z0.9K002/9437 Honey bee in flight, high-speedK002/9437 High-speed footage of a honey bee (Apis mellifera) in flight. This bee is carrying a large amount of pollen (yellow) in the pollen baskets on its back legs. Pollen baskets are a specialised structure on the legs that the bees use to carry pollen from flowers back to the hive, where it is used to feed young developing bees in the colony.https://www.sciencephoto.com/image/421096/350wm/K0029437-Honey_bee_in_flight,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421096/preview/K0029437-Honey_bee_in_flight,_high-speed-SPL.mp434.112011-09-21Yesanimalanimalsapidaeapis mellificaarthropodbasketsbeescolonialeuropean honey beeflightflyinghigh speedhigh-speedhymenopterahymenopteraninsectinsectsmovementmovingno peopleoutdoorspollenpollen basketpollinationslow motionwild animalwildlifehttps://www.sciencephoto.com/media/421097/view/rabbit-running-high-speed2018-03-28T09:38:32Z0.9K002/9438 Rabbit running, high-speedK002/9438 High-speed footage of a European rabbit (Oryctolagus cuniculus) running from a hedge to a field. The rabbit is a colonial herbivore found across much of Europe. It has also been introduced in several areas, where it has become a pest.https://www.sciencephoto.com/image/421097/350wm/K0029438-Rabbit_running,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/421097/preview/K0029438-Rabbit_running,_high-speed-SPL.mp430.212011-09-21Yesadultanimalanimalscommoneuropeeuropeaneuropean rabbitfieldherbivoreherbivoroushigh speedhigh-speedjumpjumpingleapleapingleporidaemammalmammalsmeadowmovementmovingno peopleoryctolagus cuniculusoutdoorsrunrunningslow motionspeedvertebratewild animalwild rabbithttps://www.sciencephoto.com/media/423005/view/cumulative-hurricane-tracks-1950-20052018-02-22T09:09:02Z0.9K002/7375 Cumulative hurricane tracks, 1950-2005K002/7375 Cumulative hurricane tracks around the world from 1950-2005. Hurricanes, or tropical cyclones, occur in two bands around the world, either side of the equator. The bands are a product of the conditions necessary for cyclone formation, that is, a sea surface temperature high enough to drive the required evaporation of sea water, and a distance far enough from the equator so that the Coriolis effect is strong enough to impart a circular motion to the system.https://www.sciencephoto.com/image/423005/350wm/K0027375-Cumulative_hurricane_tracks,_1950-2005-SPL.jpghttps://www.sciencephoto.com/image/423005/preview/K0027375-Cumulative_hurricane_tracks,_1950-2005-SPL.mp414.12011-09-21Yes20th centuryanimatedanimationbandbandscumulativecyclonecyclonesdangerearthextremeglobehurricanehurricaneslandless than 10 secondsmeteorologicalmeteorologynatural disasteroceanpathpathsriskrotatingrotationsciencescientificseastormstormsstormythreathttps://www.sciencephoto.com/media/423006/view/carbon-monoxide-concentrations-mopitt-da2018-02-22T09:09:02Z0.9K002/7377 Carbon monoxide concentrations, MOPITT daK002/7377 Global carbon monoxide concentrations, MOPITT data. The data show carbon monoxide concentrations in parts per billion at the level in the atmosphere where the pressure is 500 millibars (about 4,000 metres), from March 1st 2000 through to December 31st 2000. Concentration ranges from zero (purple) to around 300ppb (red). Carbon monoxide is a poisonous gas released by combustion, notably in vehicle exhaust. Levels are clearly higher in the more densely-populated Northern Hemisphere. The measurements were made using MOPITT, the Measurements of Pollution in the Troposphere, an instrument on NASA's Terra satellite.https://www.sciencephoto.com/image/423006/350wm/K0027377-Carbon_monoxide_concentrations,_MOPITT_da-SPL.jpghttps://www.sciencephoto.com/image/423006/preview/K0027377-Carbon_monoxide_concentrations,_MOPITT_da-SPL.mp435.152011-09-21Yes30 seconds or greaterair pollutionair qualityanimatedanimationanthropogenicatmosphereatmosphericcarbon monoxideclimate changecodamagedangerdestructionearthenvironmental damageenvironmental destructionenvironmental issuesgasglobemeasurements of pollutionmonitoringmopittnasaone minute or greaterpollutantpollutedpollutionresearchrisksciencescientifichttps://www.sciencephoto.com/media/423008/view/atmospheric-carbon-dioxide-flux2018-11-06T15:33:32Z0.9K002/7379 Atmospheric carbon dioxide fluxK002/7379 Atmospheric carbon dioxide concentrations, 2004. The data reveal the seasonal changes in CO2. Red regions are producing CO2, blue regions are absorbing it. In the winter, much CO2 is released as plants are not photosynthesising as much, and organic matter decays. The pattern is reversed by the summer, where plants are photosynthesising much more, converting atmospheric CO2 into plant tissue. In the tropics, where the seasonal variations are not so pronounced, the deep red regions between July and October are largely due to human burning of foliage, for forest clearance or field preparation. The black and white dots show data collection points. Data from the NOAA Earth System Research Laboratory.https://www.sciencephoto.com/image/423008/350wm/K0027379-Atmospheric_carbon_dioxide_flux-SPL.jpghttps://www.sciencephoto.com/image/423008/preview/K0027379-Atmospheric_carbon_dioxide_flux-SPL.mp414.162011-09-21Yes10 seconds or greaterair pollutionair qualityanimatedanimationanthropogenicatmosphereatmosphericbiomassbiospherecarbon dioxideclimate changeco2damagedangerdestructionearthearth system research laboratoryeffectemissionenvironmental damageenvironmental destructionenvironmental issuesesrlgasglobal warmingglobegreenhousemonitoringnational oceanic and atmospheric administrationnoaapollutanthttps://www.sciencephoto.com/media/423009/view/black-carbon-and-sulphate-concentrations2018-02-22T09:09:02Z0.9K002/7382 Black carbon and sulphate concentrationsK002/7382 Black carbon and sulphate concentrations in the atmosphere. Black carbon is purple, sulphates green. The data are from January 31st to February 4th, 2007. Black carbon, or soot, is generated from burning fossil fuels and biomass fuels. Sulphates are the result of sulphur dioxide and sulphur trioxide interacting with other compounds in the atmosphere. Sulphate aerosols in the atmosphere are associated with the combustion of fossil fuels and also the eruption of volcanoes. China and India produce large amounts of black carbon as most cooking and heating are done with wood, coal, and other biofuels at a low temperature that hinders that complete combustion of the compounds. Both black carbon and sulphate affect the global temperature by absorbing sunlight. It is thought that the presence of sulphate lowers the total mean global temperature by reflecting away incoming solar radiation. Black carbon absorbs the sunlight that reaches it, causing the air temperature to rise. The northern hemisphere produces many more aerosols than the southern hemisphere largely because there are more people living in the northern hemisphere.https://www.sciencephoto.com/image/423009/350wm/K0027382-Black_carbon_and_sulphate_concentrations-SPL.jpghttps://www.sciencephoto.com/image/423009/preview/K0027382-Black_carbon_and_sulphate_concentrations-SPL.mp49.132011-09-21Yesabsorbabsorbingaerosolanimatedanimationatmosphereatmosphericbiofuelbiomassblack carbonclimate changecombustionconvectiondamagedangerdatadestructiondiscoveryearthemissionsenvironmental damageenvironmental issuesforecastforecastingfossil fuelglobelandless than 10 secondsmeteorologicalmeteorologyoceanorganichttps://www.sciencephoto.com/media/423010/view/black-carbon-concentration2018-02-22T09:09:02Z0.9K002/7383 Black carbon concentrationK002/7383 Black carbon concentration in the atmosphere. The data are from January 31st to February 4th, 2007. Black carbon, or soot (purple), is generated from burning fossil fuels and biomass fuels. The eastern seaboard of the US produces a lot of soot, but that is dwarfed by the amount produced by burning vegetation in equatorial Africa. Black carbon affects the global temperature by absorbing sunlight, warming the atmosphere around it.https://www.sciencephoto.com/image/423010/350wm/K0027383-Black_carbon_concentration-SPL.jpghttps://www.sciencephoto.com/image/423010/preview/K0027383-Black_carbon_concentration-SPL.mp49.132011-09-21Yesabsorbabsorbingaerosolanimatedanimationatmosphereatmosphericbiofuelbiomassblack carbonclimate changecombustionconvectiondamagedangerdatadestructiondiscoveryearthemissionsenvironmental damageenvironmental issuesforecastforecastingfossil fuelglobelandless than 10 secondsmeteorologicalmeteorologyoceanorganichttps://www.sciencephoto.com/media/423011/view/aqua-satellite-imaging-swathe2018-11-06T15:36:13Z0.9K002/7385 Aqua satellite imaging swatheK002/7385 Animation showing the imaging swathes captured by the Aqua satellite over the course of one day. Aqua orbits the Earth at an altitude of 705 kilometres every 99 minutes, in a polar orbit passing within 10 degrees of each pole every orbit. The orbit is sun-synchronous, which means that the satellite passes over the same spot of the Earth at about the same local time everyday. Aqua crosses the equator from south to north at about 13:30 local time. The imaging swathe collected by the MODIS instrument is over 2300km wide. This means that MODIS is able to measure almost the entire Earth surface everyday. MODIS only collects data when it is on the sunlit side of the Earth because it measures reflected light from the Sun. The bright band that appears in the middle of some of the swathes is reflected sunlight off of the ocean. Images captured on 27th August 2005.https://www.sciencephoto.com/image/423011/350wm/K0027385-Aqua_satellite_imaging_swathe-SPL.jpghttps://www.sciencephoto.com/image/423011/preview/K0027385-Aqua_satellite_imaging_swathe-SPL.mp458.022011-09-21Yes50 seconds or greateranimatedanimationaquaatmosphereatmosphericcirclingdataearthearth observation systemequatorglobelandmeasurementmeasuringmeteorologicalmeteorologymoderate resolution imaging spectroradiometermodismovingnasaoceanorbitorbitingphysicalpolar orbitresearchsatellitesciencescientificseasun synchronoushttps://www.sciencephoto.com/media/423012/view/earth-s-temperature-over-a-year2018-02-22T09:09:02Z0.9K002/7392 Earth's temperature over a yearK002/7392 Earth's temperature variations over a year, from November 1st 2005 to November 1st 2006. Blue areas are coldest, through green and orange to red (warmest). In the winter and spring (the first part of the clip) Canada and the northern USA are seen to be very cold, much colder than the equivalent latitude in Europe. This is due to the warming influence of the Gulf Stream in Europe. Data collected by AIRS, the Atmospheric Infrared Sounder, on board the Aqua spacecraft.https://www.sciencephoto.com/image/423012/350wm/K0027392-Earth_s_temperature_over_a_year-SPL.jpghttps://www.sciencephoto.com/image/423012/preview/K0027392-Earth_s_temperature_over_a_year-SPL.mp414.162011-09-21Yes10 seconds or greaterairsanimatedanimationaqua spacecraftatmosphereatmosphericatmospheric infrared sounderclimateclimate changeclouddataearthglobalglobegreenhouse gashumidityinfraredirjet propulsion laboratorylandmeasurementmeasuringmeteorologicalmeteorologynasaoceanphysicsresearchsciencescientificseahttps://www.sciencephoto.com/media/423013/view/precipitable-water-data2018-02-22T09:09:02Z0.9K002/7393 Precipitable water dataK002/7393 Precipitable water in the atmosphere, AIRS data. Precipitable water is the amount of moisture that can fall as rain or snow or other precipitation. These data cover the period from 1st November 2005 to 1st November 2006. There is a persistent band of heavy rain along the equator, which moves north and south with the summers in those hemispheres. Especially prominent towards the end of the clip is the intensely heavy (dark blue) rain over the Indian subcontinent during the seasonal monsoon in the summer and autumn. AIRS, the Atmospheric Infrared Sounder, is an instrument on board the Aqua spacecraft.https://www.sciencephoto.com/image/423013/350wm/K0027393-Precipitable_water_data-SPL.jpghttps://www.sciencephoto.com/image/423013/preview/K0027393-Precipitable_water_data-SPL.mp413.132011-09-21Yes10 seconds or greaterafricaairsanimatedanimationaqua spacecraftatmosphereatmosphericatmospheric infrared sounderclimateclimate changeclouddataearthglobegreenhouse gashumidityindian oceaninfraredirjet propulsion laboratorylandmeasurementmeasuringmeteorologicalmeteorologymonsoonnasaoceanphysicsprecipitableprecipitationhttps://www.sciencephoto.com/media/423014/view/black-hole2018-02-22T09:09:02Z0.9K002/7395 Black holeK002/7395 Black hole animation. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. It is thought that stellar mass black holes are created by the core collapse of a massive star when it runs out of fuel, and it is also thought that most if not all galaxies have a supermassive black hole at their centres. Black holes pull surrounding material towards them through their strong gravitational field. They can be detected by the accretion disc around them, within which infalling matter heats up, and emits radiation.https://www.sciencephoto.com/image/423014/350wm/K0027395-Black_hole-SPL.jpghttps://www.sciencephoto.com/image/423014/preview/K0027395-Black_hole-SPL.mp44.22011-09-21Yesanimatedanimationartists impressionastronomicalastronomyastrophysicalastrophysicsblack holecosmosdeep spacedensedestructionevent horizongravitational pullgravityhorizonless than 10 secondsmatterouter spacesciencescientificspacesuckingwormholehttps://www.sciencephoto.com/media/423017/view/quasar2018-02-22T09:09:02Z0.9K002/7399 QuasarK002/7399 Three views of a quasar, animation. Quasars are the most luminous objects in the universe. They are formed by a supermassive black hole at the centre of a galaxy, which emits a huge amount of radiation in two polar jets, due to energy released by the black hole absorbing infalling matter. All quasars known are billions of light years away, meaning that they were more common earlier in the history of the universe. It is thought that they represent a stage in the formation of a galaxy, during which the central black hole rapidly absorbs material from its surroundings. Once there is not enough material left to continue to power the quasar, it becomes a normal galaxy.https://www.sciencephoto.com/image/423017/350wm/K0027399-Quasar-SPL.jpghttps://www.sciencephoto.com/image/423017/preview/K0027399-Quasar-SPL.mp424.012011-09-21Yes20 seconds or greateractiveagnanimatedanimationastronomicalastronomyastrophysicalastrophysicsbrightdeep spacegalacticgalaxyjetjetsnucleusouterpolarquasarradiationrelativisticsciencescientificspacehttps://www.sciencephoto.com/media/423018/view/black-hole-moving-through-space2018-11-06T15:38:30Z0.9K002/7400 Black hole moving through spaceK002/7400 Animation of a black hole moving through space, distorting the scene behind it. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. They typically cram several solar masses into a region just a few kilometres across. This enormous density distorts the spacetime around them, bending the paths of light around them, forming distortion effects like those seen here.https://www.sciencephoto.com/image/423018/350wm/K0027400-Black_hole_moving_through_space-SPL.jpghttps://www.sciencephoto.com/image/423018/preview/K0027400-Black_hole_moving_through_space-SPL.mp4122011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsbendingblack holedeep spacedistortiondustgasgravitationalgravitylenslensinglightmovingouterrotatingsciencescientificspacespinningstarstarsstellarhttps://www.sciencephoto.com/media/423019/view/black-hole2018-02-22T09:09:02Z0.9K002/7401 Black holeK002/7401 Black hole animation. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. It is thought that stellar mass black holes are created by the core collapse of a massive star when it runs out of fuel, and it is also thought that most if not all galaxies have a supermassive black hole at their centres. Black holes pull surrounding material towards them through their strong gravitational field. They can be detected by the accretion disc around them, within which infalling matter heats up, and emits radiation.https://www.sciencephoto.com/image/423019/350wm/K0027401-Black_hole-SPL.jpghttps://www.sciencephoto.com/image/423019/preview/K0027401-Black_hole-SPL.mp4162011-09-21Yesanimatedanimationartists impressionastronomicalastronomyastrophysicalastrophysicsblack holecosmosdeep spacedensedestructionevent horizongravitational pullgravityhorizonless than 10 secondsmatterouter spacesciencescientificspacesuckingwormholehttps://www.sciencephoto.com/media/423020/view/black-hole2018-02-22T09:09:02Z0.9K002/7402 Black holeK002/7402 Black hole animation. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. It is thought that stellar mass black holes are created by the core collapse of a massive star when it runs out of fuel, and it is also thought that most if not all galaxies have a supermassive black hole at their centres. Black holes pull surrounding material towards them through their strong gravitational field. They can be detected by the accretion disc around them, within which infalling matter heats up, and emits radiation.https://www.sciencephoto.com/image/423020/350wm/K0027402-Black_hole-SPL.jpghttps://www.sciencephoto.com/image/423020/preview/K0027402-Black_hole-SPL.mp429.22011-09-21Yesanimatedanimationartists impressionastronomicalastronomyastrophysicalastrophysicsblack holecosmosdeep spacedensedestructionevent horizongravitational pullgravityhorizonless than 10 secondsmatterouter spacesciencescientificspacesuckingwormholehttps://www.sciencephoto.com/media/423021/view/black-hole-deforming-spacetime2018-11-06T15:36:11Z0.9K002/7403 Black hole deforming spacetimeK002/7403 Animation of a black hole deforming spacetime. Spacetime is represented by a grid, which is distorted by mass. Each star is seen to rest within an associated gravity well, a small dip in spacetime where its gravity exerts influence. Light passing within this dip will curve around it. For an exceedingly compact object like a black hole, the gradient of the dip is such that light cannot escape from the gravity well. The boundary at which this becomes inevitable is called the event horizon.https://www.sciencephoto.com/image/423021/350wm/K0027403-Black_hole_deforming_spacetime-SPL.jpghttps://www.sciencephoto.com/image/423021/preview/K0027403-Black_hole_deforming_spacetime-SPL.mp424.022011-09-21Yes20 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacedeformeddeformingdiagramdiagrammaticaleducationeducationalenergygradientgravitationgravitationalgravitygridmassmassiveouterphysicalphysicspotentialsciencescientificspacespacetimestarhttps://www.sciencephoto.com/media/423022/view/black-hole2018-02-22T09:09:02Z0.9K002/7404 Black holeK002/7404 Black hole animation. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. It is thought that stellar mass black holes are created by the core collapse of a massive star when it runs out of fuel, and it is also thought that most if not all galaxies have a supermassive black hole at their centres. Black holes pull surrounding material towards them through their strong gravitational field. They can be detected by the accretion disc around them, within which infalling matter heats up, and emits radiation.https://www.sciencephoto.com/image/423022/350wm/K0027404-Black_hole-SPL.jpghttps://www.sciencephoto.com/image/423022/preview/K0027404-Black_hole-SPL.mp4122011-09-21Yesanimatedanimationartists impressionastronomicalastronomyastrophysicalastrophysicsblack holecosmosdeep spacedensedestructionevent horizongravitational pullgravityhorizonless than 10 secondsmatterouter spacesciencescientificspacesuckingwormholehttps://www.sciencephoto.com/media/423023/view/gravitational-lensing2017-03-17T00:10:34Z0.9K002/7405 Gravitational lensingK002/7405 Annotated view of gravitationally lenses objects in the distant galaxy cluster SDSS J1004+4112. A distant quasar much further away than the cluster has had its light lensed into five separate images, which are highlighted first. Three images of a distant lensed galaxy are then marked, and then a supernova in one of the cluster galaxies is ringed. Gravitational lensing is the bending of light by a powerful gravitational field, which makes objects appear in several different places as light travelling in different directions from them is bent back towards the viewer. The lensing cluster here is some seven billion light years from Earth, the quasar is around ten billion light years from Earth. Image taken by the Hubble Space Telescope.https://www.sciencephoto.com/image/423023/350wm/K0027405-Gravitational_lensing-SPL.jpghttps://www.sciencephoto.com/image/423023/preview/K0027405-Gravitational_lensing-SPL.mp436.012011-09-21Yes30 seconds or greaterannotatedannotationastronomicalastronomyastrophysicalastrophysicsdeep spaceesaeuropean space agencyfivegalaxiesgalaxygravitational lensinggravityhsthubblehubble space telescopelensnanaouterquasarquintuplerelativitysciencescientificsdss j1004-4112spacespacetimetelescopichttps://www.sciencephoto.com/media/423024/view/gravitational-lensing2017-03-17T00:10:34Z0.9K002/7406 Gravitational lensingK002/7406 Zoom in to the distant galaxy cluster SDSS J1004+4112. This cluster shows several excellent examples of gravitational lensing. One more distant quasar has been lensed into five separate images. Several galaxies are also lensed into thin arcs and multiple images. Gravitational lensing is the bending of light by a powerful gravitational field, which can make the same object appear in several different places, as light travelling in different directions is bent back towards the viewer. The lensing cluster here is some seven billion light years from Earth, the quasar is around ten billion light years from Earth, and the most distant galaxy some 12 billion light years distant. Image taken by the Hubble Space Telescope.https://www.sciencephoto.com/image/423024/350wm/K0027406-Gravitational_lensing-SPL.jpghttps://www.sciencephoto.com/image/423024/preview/K0027406-Gravitational_lensing-SPL.mp4422011-09-21Yes40 seconds or greaterannotatedannotationastronomicalastronomyastrophysicalastrophysicsdeep spaceesaeuropean space agencyfivegalaxiesgalaxygalaxy quasargravitational lensinghsthubblehubble space telescopelensnanaouterquasarquintuplerelativitysciencescientificsdss j1004+4112spacespacetimetelescopiczoom inzoom-inhttps://www.sciencephoto.com/media/423025/view/supermassive-black-hole2018-02-22T09:09:02Z0.9K002/7407 Supermassive black holeK002/7407 Animation of the internal structure of a supermassive black hole in an active galactic nucleus. Supermassive black holes are found in the centres of most (if not all) galaxies, and have a dust torus around their waist (blue). In the centre the black hole itself is seen along with the accretion disk surrounding it. The jets coming out of the region nearest the black hole are shown in blue. They emerge from an area close to the black hole where a disk of accreted material rotates around the black hole (yellow).https://www.sciencephoto.com/image/423025/350wm/K0027407-Supermassive_black_hole-SPL.jpghttps://www.sciencephoto.com/image/423025/preview/K0027407-Supermassive_black_hole-SPL.mp416.012011-09-21Yes10 seconds or greateraccretion discactive galactic nucleusagnanimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacediskdustgalacticgalaxyinnerinsidejetjetsnuclearnucleusoutersciencescientificspacesuper massive black holesuper-massivesupermassive black holehttps://www.sciencephoto.com/media/423026/view/supermassive-black-hole2018-02-22T09:09:02Z0.9K002/7408 Supermassive black holeK002/7408 Animation of a dust disc around supermassive black hole in an active galactic nucleus. Supermassive black holes are found in the centres of most (if not all) galaxies, and have a dust torus around their waist. The jets coming out of the region nearest the black hole are also seen. They emerge from an area close to the black hole where a disk of accreted material rotates around the black hole.https://www.sciencephoto.com/image/423026/350wm/K0027408-Supermassive_black_hole-SPL.jpghttps://www.sciencephoto.com/image/423026/preview/K0027408-Supermassive_black_hole-SPL.mp416.192011-09-21Yes10 seconds or greateractive galactic nucleusagnanimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacediscdiskdustgalaxyjetjetsouterpolarrelativisticsciencescientificspacesuper massive black holesuper-massivesupermassive black holehttps://www.sciencephoto.com/media/423027/view/formation-of-the-universe2018-11-06T15:35:00Z0.9K002/7409 Formation of the universeK002/7409 Animation of the birth and evolution of the universe. The universe started with the Big Bang, some 13.7 billion years ago. For around 380,000 years it was an opaque fog of ions, which became transparent as electrons and protons combined to form neutral atoms. These atoms formed the first stars and galaxies, around 200 millions years after the Big Bang. Radiation from the first stars re-ionised the gas in the universe, but by then expansion has made it so rarefied that it is not opaque.https://www.sciencephoto.com/image/423027/350wm/K0027409-Formation_of_the_universe-SPL.jpghttps://www.sciencephoto.com/image/423027/preview/K0027409-Formation_of_the_universe-SPL.mp455.012011-09-21Yes50 seconds or greateranimatedanimationashashesastronomicalastronomyastrophysicalastrophysicsbeginningsbig bangclearingcosmologyearlyepocheraexpandingexpansionexplodingexplosionformationforminggalaxiesgalaxyinflationoriginspull backrecombinationsciencescientificspacestarhttps://www.sciencephoto.com/media/423028/view/birth-of-the-first-stars2018-02-22T09:09:02Z0.9K002/7410 Birth of the first starsK002/7410 Animation showing the birth of the first stars and quasars from the primordial universe. The view pulls back to show an extremely bright quasar behind clouds of dust left behind by the explosive deaths of the first stars, and then reveals the Hubble Space Telescope studying the objects. This references a 2002 Hubble Space Telescope study of the spectra of some of the most distant (and therefore oldest) quasars, which detected signs of iron in the quasars' spectra. This result means that the first stars were born and died as early as just 200 million years after the Big Bang, and also that the stars formed before the quasars themselves. Quasars are a type of extremely bright active galaxy that were common in the early universe, implying that they are a normal evolutionary stage of all galaxies.https://www.sciencephoto.com/image/423028/350wm/K0027410-Birth_of_the_first_stars-SPL.jpghttps://www.sciencephoto.com/image/423028/preview/K0027410-Birth_of_the_first_stars-SPL.mp439.022011-09-21Yes30 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsbeginningbeginningscosmologicalcosmologydeep spacefirsthubble space telescopeoriginsouterpopulation 3population iiiquasarquasarssatellitesciencescientificspacestarstellaruniverseyounghttps://www.sciencephoto.com/media/423029/view/hubble-space-telescope2018-02-22T09:09:02Z0.9K002/7411 Hubble Space TelescopeK002/7411 Hubble Space Telescope orbiting Earth, animation. The view then zooms in to an image of the remote quasar SDSS J083643.85 + 005453.3. A quasar is an energetic and distant active galactic nucleus. This quasar had its spectrum measured in 2002, in a study that detected iron in the spectra of very distant quasars. This result was important as it means the first stars (in which the iron was produced) were born just 200 million years after the Big Bang, much earlier than previously thought.https://www.sciencephoto.com/image/423029/350wm/K0027411-Hubble_Space_Telescope-SPL.jpghttps://www.sciencephoto.com/image/423029/preview/K0027411-Hubble_Space_Telescope-SPL.mp433.052011-09-21Yes30 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicscosmologicalcosmologydeep spacedistantearlyfirsthsthubblehubble space telescopeironobservationobservingorbitorbitingouterquasarsciencescientificsdss j08364385 +0054533spacestarstellartelescopicuniversezoomhttps://www.sciencephoto.com/media/423030/view/supernova-explosion-and-black-hole2018-02-22T09:09:02Z0.9K002/7412 Supernova explosion and black holeK002/7412 Animation of a star exploding as a supernova, and then its companion star and the black hole produced in the supernova racing through space. A supernova is the explosive death of a massive star, and it is thought the collapse of the star's core during the event could create a black hole. This animation is based on observations of the black hole GRO J1655-40, which was studied between 1996 and 2001, and was found to be moving through the galaxy with its companion star some four times faster than the velocity of neighbouring stars. The most likely explanation is that the supernova that formed the black hole also kicked the hole and its companion star out of position and away from the supernova remnant.https://www.sciencephoto.com/image/423030/350wm/K0027412-Supernova_explosion_and_black_hole-SPL.jpghttps://www.sciencephoto.com/image/423030/preview/K0027412-Supernova_explosion_and_black_hole-SPL.mp412.012011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holecollapsedeep spaceexplodingexplosionfasthsthubblehubble space telescopemassivemovingouterracingsciencescientificsnrspacestarstar deathstellarsupernovasupernova remnantsupernovaetelescopicuniversehttps://www.sciencephoto.com/media/423031/view/black-hole-and-companion-star2018-02-22T09:09:02Z0.9K002/7413 Black hole and companion starK002/7413 Animation of a black hole pulling material from its companion star, a system called a microquasar. Accretion of stellar material around the black hole powers two high-energy polar jets erupting from the black hole. This animation shows the black hole GRO J1655-40.https://www.sciencephoto.com/image/423031/350wm/K0027413-Black_hole_and_companion_star-SPL.jpghttps://www.sciencephoto.com/image/423031/preview/K0027413-Black_hole_and_companion_star-SPL.mp418.022011-09-21Yes10 seconds or greateraccretion discanimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacedestroyingdevouringdiskenergygravitationgravitationalgravitygro j1655-40hsthubblehubble space telescopejetjetsmicro quasarmicroquasarouterpolarpullpullingsciencescientificspacehttps://www.sciencephoto.com/media/423032/view/black-hole-moving-through-space2018-02-22T09:09:02Z0.9K002/7414 Black hole moving through spaceK002/7414 Animation of a black hole moving through space, distorting the scene behind it. A black hole is a region of spacetime with a gravitational field so strong that even light cannot escape it. They typically cram several solar masses into a region just a few kilometres across. This enormous density distorts the spacetime around them, bending the paths of light around them, forming distortion effects like those seen here.https://www.sciencephoto.com/image/423032/350wm/K0027414-Black_hole_moving_through_space-SPL.jpghttps://www.sciencephoto.com/image/423032/preview/K0027414-Black_hole_moving_through_space-SPL.mp411.082011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsbackgroundblack holedeep spacegravitational lensinggravitylensmovingouterrelativitysciencescientificspacestarstartsstellarhttps://www.sciencephoto.com/media/423033/view/milky-way-and-black-hole2018-02-22T09:09:02Z0.9K002/7415 Milky Way and black holeK002/7415 Animation showing the rapid motion of the black hole GRP J1655-40 around our Milky Way galaxy. The black-hole system GRO J1655-40 is streaking through space at a rate of 400,000 kilometres per hour, four times faster than the average velocity of the stars in its galactic neighbourhood. The yellow star is our Sun.https://www.sciencephoto.com/image/423033/350wm/K0027415-Milky_Way_and_black_hole-SPL.jpghttps://www.sciencephoto.com/image/423033/preview/K0027415-Milky_Way_and_black_hole-SPL.mp418.022011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacefastgalacticgalaxiesgalaxygro j1655-40locationmilky waymovingobliqueorbitorbitingouterpathpositionracingrapidsciencescientificspacestarstellarsunhttps://www.sciencephoto.com/media/423034/view/milky-way-and-black-hole2018-02-22T09:09:02Z0.9K002/7416 Milky Way and black holeK002/7416 Animation showing the rapid motion of the black hole GRP J1655-40 around our Milky Way galaxy. The black-hole system GRO J1655-40 is streaking through space at a rate of 400,000 kilometres per hour, four times faster than the average velocity of the stars in its galactic neighbourhood. The yellow star is our Sun.https://www.sciencephoto.com/image/423034/350wm/K0027416-Milky_Way_and_black_hole-SPL.jpghttps://www.sciencephoto.com/image/423034/preview/K0027416-Milky_Way_and_black_hole-SPL.mp418.012011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holedeep spacefastgalacticgalaxiesgalaxygro j1655-40locationmilky waymovingobliqueorbitorbitingouterpathpositionracingrapidsciencescientificspacestarstellarsunhttps://www.sciencephoto.com/media/423035/view/black-hole-eating-the-earth2018-02-22T09:09:02Z0.9K002/7417 Black hole eating the EarthK002/7417 Animation showing a black hole devouring the Earth. Black holes are regions of space with a gravitational pull so strong that not even light can escape. The approach of a black hole to Earth would stretch it before it engulfed it, a process called spaghettification.https://www.sciencephoto.com/image/423035/350wm/K0027417-Black_hole_eating_the_Earth-SPL.jpghttps://www.sciencephoto.com/image/423035/preview/K0027417-Black_hole_eating_the_Earth-SPL.mp4252011-09-21Yes20 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsblack holecatastropheconsumingdestroyingdestructioneartheatingend of the worldfuturefuturisticglobalgravitymovingouterplanetplanetaryrippingrisksciencescientificspacespaghettificationsuckingthe endthreathttps://www.sciencephoto.com/media/423036/view/gravitational-lens2018-11-06T15:36:20Z0.9K002/7419 Gravitational lensK002/7419 Animation of gravitational lensing over the Hubble Deep Field North. Gravitational lensing occurs when a massive object lies between Earth and a much more distant object. The gravitational field of the middle object (the lens) bends the path of light from the more distant object, resulting in an observer seeing distorted images, multiple images or, in the case of a perfect alignment, a ring (called an Einstein ring). The Hubble Deep Field (HDF) is an image of a small region in the constellation Ursa Major, constructed from a series of observations by the Hubble Space Telescope.https://www.sciencephoto.com/image/423036/350wm/K0027419-Gravitational_lens-SPL.jpghttps://www.sciencephoto.com/image/423036/preview/K0027419-Gravitational_lens-SPL.mp410.022011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsdeep spacegalacticgalaxiesgalaxygravitational arcgravitational lenshdfhubblehubble deep fieldhubble space telescopeluminous arcnorthouterrelativitysciencescientificspacestarstarsstellartelescopichttps://www.sciencephoto.com/media/423037/view/gravitational-lens2018-02-22T09:09:02Z0.9K002/7420 Gravitational lensK002/7420 Animation of gravitational lensing over a galaxy. Gravitational lensing occurs when a massive object lies between Earth and a much more distant object. The gravitational field of the middle object (the lens) bends the path of light from the more distant object, resulting in an observer seeing distorted images, multiple images or, in the case of a perfect alignment, a ring (called an Einstein ring).https://www.sciencephoto.com/image/423037/350wm/K0027420-Gravitational_lens-SPL.jpghttps://www.sciencephoto.com/image/423037/preview/K0027420-Gravitational_lens-SPL.mp412.022011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsdeep spacedistortingdistortioneinstein ringgalacticgalaxiesgalaxygravitational arcgravitational lensluminous arcouterrelativitysciencescientificspacestarstellarhttps://www.sciencephoto.com/media/423038/view/hubble-space-telescope-and-time2018-02-22T09:09:02Z0.9K002/7421 Hubble Space Telescope and timeK002/7421 Animation of the Hubble Space Telescope looking back in time, represented as a series of concentric shells. As light travels at nearly 300 million metres per second, very distant objects are seen as they were a long time ago.https://www.sciencephoto.com/image/423038/350wm/K0027421-Hubble_Space_Telescope_and_time-SPL.jpghttps://www.sciencephoto.com/image/423038/preview/K0027421-Hubble_Space_Telescope_and_time-SPL.mp4452011-09-21Yes40 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsconescosmologicalcosmologydeep spacediscoveryhistoryhsthubblehubble space telescopelight coneouterrelativitysciencescientificspacespacetimetelescopicthe pasttimetravel timeuniversezoom outzoom-outzooming outhttps://www.sciencephoto.com/media/423039/view/gravitational-lensing-demonstration2018-11-06T15:36:20Z0.9K002/7422 Gravitational lensing demonstrationK002/7422 Animation explaining the effect of gravitational lensing, in which the image of a distant object is distorted by the gravitational field of an object in front of it. Initially, a distant galaxy is at left, and the Earth at right. Diverging light rays from the galaxy are shown in white. If a massive object is placed in the middle, relativity predicts that the light will be bent towards the mass, in effect focussing it on Earth like a converging lens. Different arrangements produce slightly different effects. A single large mass can produce a ring with a bright central spot (an Einstein ring, orange), or multiple images forming a cross (an Einstein cross, blue). When the lensing object is a massive cluster of galaxies, images of the more distant galaxy are likely to be smeared into thin irregular arcs.https://www.sciencephoto.com/image/423039/350wm/K0027422-Gravitational_lensing_demonstration-SPL.jpghttps://www.sciencephoto.com/image/423039/preview/K0027422-Gravitational_lensing_demonstration-SPL.mp4402011-09-21Yes3 dimensional3d40 seconds or greateranimatedanimationarcarcsastronomicalastronomyastrophysicalastrophysicsbendingbentcrosscurvecurvedcurvingdeep spacediagramdiagrammaticeartheducationeducationaleinsteingalacticgalaxiesgalaxygravitational lensgravityluminousmassmassivehttps://www.sciencephoto.com/media/423040/view/expanding-universe2018-02-22T09:09:02Z0.9K002/7423 Expanding universeK002/7423 Animation of the expanding universe, or the metric expansion of space, where the distance between distant objects in the universe increases over time. This is not because the objects are moving away from each other in the manner of two cars driving away from each other (although they may be doing this as well), it is because the fabric of spacetime itself is expanding, analogous to the road stretching between the cars.https://www.sciencephoto.com/image/423040/350wm/K0027423-Expanding_universe-SPL.jpghttps://www.sciencephoto.com/image/423040/preview/K0027423-Expanding_universe-SPL.mp432.022011-09-21Yes30 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicscosmologicalcosmologydeep spaceexpandingexpansiongalacticgalaxiesgalaxyinflationmetric expansion of spaceoutersciencescientificspacespacetimehttps://www.sciencephoto.com/media/423041/view/big-bang-to-the-hubble-space-telescope2018-11-06T15:32:53Z0.9K002/7424 Big Bang to the Hubble Space TelescopeK002/7424 Animation showing the Big Bang, the formation of galaxies and the expansion of the universe, ending with a view of the Hubble Space Telescope observing it all from Earth orbit.https://www.sciencephoto.com/image/423041/350wm/K0027424-Big_Bang_to_the_Hubble_Space_Telescope-SPL.jpghttps://www.sciencephoto.com/image/423041/preview/K0027424-Big_Bang_to_the_Hubble_Space_Telescope-SPL.mp469.022011-09-21Yesanimatedanimationashashesastronomicalastronomyastrophysicalastrophysicsbeginningsbig bangcreationdeep spaceearthexplodingexplosionflightfly byfly throughfly-byfly-throughflybyflyingformationgalacticgalaxiesgalaxyhsthubblehubble space telescopemilky wayobservationobservinghttps://www.sciencephoto.com/media/423042/view/zoom-in-to-hubble-ultra-deep-field2018-03-28T09:38:32Z0.9K002/7425 Zoom in to Hubble Ultra Deep FieldK002/7425 Zoom in to the Hubble Ultra Deep Field, infrared view. The original HUDF image was taken in 2004, in a tiny patch of the sky in the constellation Fornax. In 2009 the same area was imaged with the new Wide Field Camera 3, in near-infrared wavelengths. The image was the deepest view of the universe at the time, looking back to galaxies formed as little as 600 million years after the Big Bang.https://www.sciencephoto.com/image/423042/350wm/K0027425-Zoom_in_to_Hubble_Ultra_Deep_Field-SPL.jpghttps://www.sciencephoto.com/image/423042/preview/K0027425-Zoom_in_to_Hubble_Ultra_Deep_Field-SPL.mp429.212011-09-21Yes20 seconds or greaterastronomicalastronomyastrophysicalastrophysicsconstellationconstellationsdeep spacegalacticgalaxiesgalaxyhsthubblehubble space telescopehubble telescopehubble ultra deep fieldhudfinfrarediroutersciencescientificspacestarstellartelescopiczoom inzoom-inzooming inhttps://www.sciencephoto.com/media/423043/view/compact-galaxies-hubble-ultra-deep-field2018-03-28T09:38:32Z0.9K002/7426 Compact galaxies, Hubble Ultra Deep FieldK002/7426 Animation highlighting nine of the smallest, faintest, most compact galaxies ever observed in the distant Universe. These galaxies are more than 100 times smaller than the Milky Way, and have redshifts of up to 5.76, meaning they were created very early in the history of the universe. The images were taken in a collaboration between the Hubble Space Telescope and the Spitzer Space Telescope.https://www.sciencephoto.com/image/423043/350wm/K0027426-Compact_galaxies,_Hubble_Ultra_Deep_Field-SPL.jpghttps://www.sciencephoto.com/image/423043/preview/K0027426-Compact_galaxies,_Hubble_Ultra_Deep_Field-SPL.mp49.122011-09-21Yes20 seconds or greater9astronomicalastronomyastrophysicalastrophysicscompactdeep spacediagramdiagrammaticalgalacticgalaxiesgalaxyhsthubblehubble space telescopehubble telescopehubble ultra deep fieldhudfnineouterresearchsciencescientificspacetelescopichttps://www.sciencephoto.com/media/423044/view/dark-matter-observation2017-03-17T00:10:41Z0.9K002/7427 Dark matter observationK002/7427 Dark matter distribution (blue) around the galaxy cluster ZwCl0024+1652 (or Cl 0024+17). The ring measures 2.6 million light years across. This observation was the first time that dark matter was seen to have a distribution significantly different to that of the cluster in which it was found. The presence of the dark matter was inferred from its gravitational effects on the visible matter and background radiation, in a study published in 2007. The ring is thought to have been formed by the collision of two massive galaxy clusters. The cluster lies some five billion light years away from Earth in the constellation Pisces.https://www.sciencephoto.com/image/423044/350wm/K0027427-Dark_matter_observation-SPL.jpghttps://www.sciencephoto.com/image/423044/preview/K0027427-Dark_matter_observation-SPL.mp415.012011-09-21Yes10 seconds or greaterastronomicalastronomyastrophysicalastrophysicscl0024+17clusterscollisioncosmologicalcosmologydark matterdeep spacediscoverydistributionevidencegalacticgalaxiesgalaxygalaxy clustergravitationgravityinteractingmapouterringsciencescientificspacestructurezw cl0024+1652https://www.sciencephoto.com/media/423045/view/gravitational-lensing-by-dark-matter2017-03-17T00:10:41Z0.9K002/7428 Gravitational lensing by dark matterK002/7428 Images of a distant galaxy distorted by the gravitational field of the galaxy cluster ZwCl0024+1652. The image of the galaxy has been distorted so that five images of it are seen, through a process known as gravitational lensing. By measuring the lensing effects, the gravitational field of the foreground cluster can be determined. This revealed a ring of dark matter around the cluster. The cluster lies some five billion light years away, with the galaxy twice that distance.https://www.sciencephoto.com/image/423045/350wm/K0027428-Gravitational_lensing_by_dark_matter-SPL.jpghttps://www.sciencephoto.com/image/423045/preview/K0027428-Gravitational_lensing_by_dark_matter-SPL.mp4202011-09-21Yes10 seconds or greaterastronomicalastronomyastrophysicalastrophysicscl0024+17dark matterdeep spacegalacticgalaxiesgalaxygalaxy clustergravitational lensinglensedouterrelativitysciencescientificspacestudyzw cl0024+1652https://www.sciencephoto.com/media/423046/view/dark-matter-observation2018-11-06T15:34:48Z0.9K002/7429 Dark matter observationK002/7429 Zoom in to the dark matter distribution (blue) around the galaxy cluster ZwCl0024+1652 (or Cl 0024+17). The ring measures 2.6 million light years across. This observation was the first time that dark matter was seen to have a distribution significantly different to that of the cluster in which it was found. The presence of the dark matter was inferred from its gravitational effects on the visible matter and background radiation, in a study published in 2007. The ring is thought to have been formed by the collision of two massive galaxy clusters. The cluster lies some five billion light years away from Earth in the constellation Pisces.https://www.sciencephoto.com/image/423046/350wm/K0027429-Dark_matter_observation-SPL.jpghttps://www.sciencephoto.com/image/423046/preview/K0027429-Dark_matter_observation-SPL.mp4502011-09-21Yes50 seconds or greaterastronomicalastronomyastrophysicalastrophysicscl0024+17cosmologicalcosmologydeep spacedetectiondiscoverygalacticgalaxiesgalaxygalaxy clustergravitationalgravitylenslensingouterrelativityringsciencescientificspacestructurezoom inzoom-inzooming inzw cl0024+1652https://www.sciencephoto.com/media/423047/view/gravitational-lensing2018-02-22T09:09:02Z0.9K002/7430 Gravitational lensingK002/7430 Animation showing how gravitational effects from dark matter distorts the shape of a distant background galaxy. The light leaving the galaxy has a circular cross-section initially, but gravitational interactions cause it to be elliptical by the time it leaves the dark matter. Analysis of the changes in the shapes of distant galaxies allow maps to be built up of the distribution of dark matter in that line of sight.https://www.sciencephoto.com/image/423047/350wm/K0027430-Gravitational_lensing-SPL.jpghttps://www.sciencephoto.com/image/423047/preview/K0027430-Gravitational_lensing-SPL.mp414.012011-09-21Yes10 seconds or greater3 dimensional3danimatedanimationastronomicalastronomyastrophysicalastrophysicsbendbendingcurvecurvingdark matterdeep spacedistorteddistortingdistortiondistributiongalacticgalaxiesgalaxygravitational lensinglenslensedlightmapouterpathsciencescientificspacehttps://www.sciencephoto.com/media/423048/view/dark-matter-map-from-cosmos2018-11-04T15:38:06Z0.9K002/7431 Dark matter map from COSMOSK002/7431 Animation showing the distribution of visible light matter and invisible dark matter, calculated based on visible light (first) and X-ray (red) views of the same region of sky. The view then changes to a 3D model of the distribution of matter. These data were collected as part of the COSMOS survey, undertaken by the Hubble Space Telescope (Hubble Space Telescope Cosmic Evolution Survey).https://www.sciencephoto.com/image/423048/350wm/K0027431-Dark_matter_map_from_COSMOS-SPL.jpghttps://www.sciencephoto.com/image/423048/preview/K0027431-Dark_matter_map_from_COSMOS-SPL.mp431.022011-09-21Yes30 seconds or greater3dastronomicalastronomyastrophysicalastrophysicscomparisoncontrastcosmic evolution surveycosmologicalcosmologycosmosdark matterdeep spacedistributionhsthubblehubble space telescopelightmapopticaloutersciencescientificspacethree dimensionalvisiblex rayx-rayxrayhttps://www.sciencephoto.com/media/423049/view/moon-and-cosmos-survey-areas2017-03-17T00:10:41Z0.9K002/7432 Moon and COSMOS survey areasK002/7432 Comparison of the areas of the full Moon and the region of sky mapped in the COSMOS survey. The survey encompasses an area of the sky nine times that of the full Moon. It was carried out by an international team of 70 astronomers led by Nick Scoville of Caltech. The exceptional image depth and resolution of COSMOS has made it possible to cover the large areas spanned by the dark matter structures and to obtain details of its distribution.https://www.sciencephoto.com/image/423049/350wm/K0027432-Moon_and_COSMOS_survey_areas-SPL.jpghttps://www.sciencephoto.com/image/423049/preview/K0027432-Moon_and_COSMOS_survey_areas-SPL.mp410.012011-09-21Yes10 seconds or greaterareaastronomicalastronomyastrophysicalastrophysicscomparedcomparingcomparisoncosmic evolution surveycosmologicalcosmologycosmosdark matterdeep spacediagramdiagrammatichsthubblehubble space telescopemoonouterregionsciencescientificskyspacehttps://www.sciencephoto.com/media/423050/view/dark-matter-map-from-cosmos2018-03-28T09:38:32Z0.9K002/7433 Dark matter map from COSMOSK002/7433 3D map of the distribution of dark matter, calculated by analysing the Hubble COSMOS survey, the largest survey of the Universe ever conducted by the Hubble Space Telescope.https://www.sciencephoto.com/image/423050/350wm/K0027433-Dark_matter_map_from_COSMOS-SPL.jpghttps://www.sciencephoto.com/image/423050/preview/K0027433-Dark_matter_map_from_COSMOS-SPL.mp423.112011-09-21Yes3 dimensional30 seconds or greater3dastronomicalastronomyastrophysicalastrophysicscosmic evolution surveycosmosdark matterdeep spacedetectiondiscoveryhsthubblehubble space telescopemapouterrotatingrotationsciencescientificspacestudythreehttps://www.sciencephoto.com/media/423051/view/dark-matter-map-from-cosmos2017-03-17T00:10:41Z0.9K002/7434 Dark matter map from COSMOSK002/7434 3D map of the distribution of dark matter, calculated by analysing the Hubble COSMOS survey, the largest survey of the Universe ever conducted by the Hubble Space Telescope.https://www.sciencephoto.com/image/423051/350wm/K0027434-Dark_matter_map_from_COSMOS-SPL.jpghttps://www.sciencephoto.com/image/423051/preview/K0027434-Dark_matter_map_from_COSMOS-SPL.mp424.012011-09-21Yes3 dimensional30 seconds or greater3dastronomicalastronomyastrophysicalastrophysicscosmic evolution surveycosmosdark matterdeep spacedetectiondiscoveryhsthubblehubble space telescopemapouterrotatingrotationsciencescientificspacestudythreehttps://www.sciencephoto.com/media/423052/view/cosmos-survey2017-03-17T00:10:41Z0.9K002/7435 COSMOS surveyK002/7435 Zoom in to the COSMOS survey region of the sky. This was the largest sky survey ever carried out by the Hubble Space Telescope. Detailed study of the region allowed the construction of a 3D map of the dark matter distribution in the Universe.https://www.sciencephoto.com/image/423052/350wm/K0027435-COSMOS_survey-SPL.jpghttps://www.sciencephoto.com/image/423052/preview/K0027435-COSMOS_survey-SPL.mp4482011-09-21Yes40 seconds or greaterastronomicalastronomyastrophysicalastrophysicscosmic evolution surveycosmologicalcosmologycosmosdark matterdeep spacegalacticgalaxiesgalaxyhsthubblehubble space telescopeoutersciencescientificspacespiralzoom inzoom-inzooming inhttps://www.sciencephoto.com/media/423053/view/earth-with-city-lights2017-03-17T00:10:41Z0.9K002/7436 Earth with city lightsK002/7436 Animation of planet Earth with city lights.https://www.sciencephoto.com/image/423053/350wm/K0027436-Earth_with_city_lights-SPL.jpghttps://www.sciencephoto.com/image/423053/preview/K0027436-Earth_with_city_lights-SPL.mp425.012011-09-21Yes20 seconds or greateramericanat nightcitiescitydawndayearthelectricelectricityfrom spaceglobalisationhabitationhuman impactinhabitedlightlightingnightnorth americaplanetplanetarypopulationsciencescientifictechnologyterminatorurbanurbanisationusahttps://www.sciencephoto.com/media/423054/view/gravitational-lensing-of-the-lynx-arc2018-02-22T09:09:02Z0.9K002/7437 Gravitational lensing of the Lynx ArcK002/7437 Animation showing the Lynx Arc (red and white) being gravitationally lensed by a massive cluster of galaxies between it and Earth. The Arc appears as a red smear from Earth, and is only visible thanks to the lensing effect. It is the largest, brightest and hottest starbirth region ever found, containing a million hot blue stars. The cluster existed when the universe was only two billion years old.https://www.sciencephoto.com/image/423054/350wm/K0027437-Gravitational_lensing_of_the_Lynx_Arc-SPL.jpghttps://www.sciencephoto.com/image/423054/preview/K0027437-Gravitational_lensing_of_the_Lynx_Arc-SPL.mp414.012011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsclustercosmologicalcosmologydeep spacediscoverydistantdistorteddistortingdistortiongalacticgalaxiesgalaxygravitational lensgravitational lensinggravityhsthubblehubble space telescopelensedlynx arcouterpopulation iiirelativitysciencescientifichttps://www.sciencephoto.com/media/423055/view/gravitational-lensing-of-the-lynx-arc2018-02-22T09:09:02Z0.9K002/7438 Gravitational lensing of the Lynx ArcK002/7438 Animation showing the Lynx Arc (red and white) being gravitationally lensed by a massive cluster of galaxies between it and Earth. The Arc appears as a red smear from Earth, and is only visible thanks to the lensing effect. It is the largest, brightest and hottest starbirth region ever found, containing a million hot blue stars. The cluster existed when the universe was only two billion years old.https://www.sciencephoto.com/image/423055/350wm/K0027438-Gravitational_lensing_of_the_Lynx_Arc-SPL.jpghttps://www.sciencephoto.com/image/423055/preview/K0027438-Gravitational_lensing_of_the_Lynx_Arc-SPL.mp412.122011-09-21Yes10 seconds or greateranimatedanimationastronomicalastronomyastrophysicalastrophysicsbendingbentclustercosmologicalcosmologycurvecurvingdeep spacediscoverydistantdistorteddistortingdistortiongalacticgalaxiesgalaxygravitational lensgravitational lensinggravityhsthubblehubble space telescopelensedlynx arcouterhttps://www.sciencephoto.com/media/423056/view/zoom-in-to-the-lynx-arc2018-02-22T09:09:02Z0.9K002/7439 Zoom in to the Lynx ArcK002/7439 Zoom in from the Hubble Space Telescope through the constellation Lynx (marked with white lines) to the Lynx Arc (red). The Lynx Arc appears as the red smear above and right of centre in the final view. It is only visible thanks to the lensing effect. It is the largest, brightest and hottest starbirth region ever found, containing a million hot blue stars. The cluster existed when the universe was only two billion years old.https://www.sciencephoto.com/image/423056/350wm/K0027439-Zoom_in_to_the_Lynx_Arc-SPL.jpghttps://www.sciencephoto.com/image/423056/preview/K0027439-Zoom_in_to_the_Lynx_Arc-SPL.mp437.012011-09-21Yes3 dimensional30 seconds or greater3danimatedanimationastronomicalastronomyastrophysicalastrophysicsconstellationcosmologicalcosmologydeep spacediscoverydistorteddistortingdistortionearlygalacticgalaxiesgalaxygalaxy clustergravitational lensgravitational lensingiiilensedlynxlynx arcouterpopulationrelativitysciencehttps://www.sciencephoto.com/media/423058/view/galaxy-cluster-s-dark-matter2017-03-17T00:10:41Z0.9K002/7441 Galaxy cluster's dark matterK002/7441 Hubble Space Telescope images from the WFPC2 camera of a galaxy cluster's dark matter. Hubble took 39 individual images of the region around galaxy cluster CL0024+1654, and used the observed gravitational lensing to build up a picture of the dark matter distribution. The cluster lies some 4.5 billion light years from Earth.https://www.sciencephoto.com/image/423058/350wm/K0027441-Galaxy_cluster_s_dark_matter-SPL.jpghttps://www.sciencephoto.com/image/423058/preview/K0027441-Galaxy_cluster_s_dark_matter-SPL.mp411.012011-09-21Yes10 seconds or greaterastronomicalastronomyastrophysicalastrophysicscl0024+1654cl0024+17clustersdark matterdeep spacediscoverygalacticgalaxiesgalaxygalaxy clustergravitationalgravityhsthubblehubble space telescopelenslensingmapouterrelativitysciencescientificspacetelescopicwfpc2 camerazwhttps://www.sciencephoto.com/media/423059/view/galaxy-cluster-s-dark-matter2018-11-06T15:34:26Z0.9K002/7442 Galaxy cluster's dark matterK002/7442 Zoom from the Hubble Space Telescope to a map of a galaxy cluster's dark matter. The HST took 39 images of the region around the cluster CL0024+1654, which lies some 4.5 billion years from Earth. The final image was taken by the Canada-France-Hawaii Telescope (CFHT) using the CFHT12k camera.https://www.sciencephoto.com/image/423059/350wm/K0027442-Galaxy_cluster_s_dark_matter-SPL.jpghttps://www.sciencephoto.com/image/423059/preview/K0027442-Galaxy_cluster_s_dark_matter-SPL.mp452.032011-09-21Yes10 seconds or greaterastronomicalastronomyastrophysicalastrophysicscl0024+1654cl0024+17clustersdark matterdeep spacediscoveryearthgalacticgalaxiesgalaxygalaxy clustergravitationalgravityhsthubblehubble space telescopelenslensingmaporbitouterrelativitysciencescientificspacetelescopicviewinghttps://www.sciencephoto.com/media/423060/view/atmosphere-tester-in-the-lab2018-11-06T15:36:11Z0.9K002/7519 Atmosphere tester in the labK002/7519 Researcher inspecting the laser beam of an atmospheric monitoring device designed to measure levels of atmospheric carbon dioxide. The device has been designed to be small, cheap and accurate, allowing many to be deployed in a local area, so that a detailed map of a local microclimate can be obtained. Knowledge of how buildings and other structures affect the microclimate will allow the design of more energy-efficient buildings. This work was undertaken at Princeton University, USA.https://www.sciencephoto.com/image/423060/350wm/K0027519-Atmosphere_tester_in_the_lab-SPL.jpghttps://www.sciencephoto.com/image/423060/preview/K0027519-Atmosphere_tester_in_the_lab-SPL.mp45.182011-09-21Yesamericaamericanatmosphereatmosphericcarbon dioxideclimateco2deviceearth sciencehi-techhigh-techlablaboratorylaserlevelslightlightweightmanmeasurementmeasuringmicroclimateprincetonresearchscientistsmalltechnologicaltechnologytestertestinguniversityusawirelesshttps://www.sciencephoto.com/media/423061/view/atmosphere-tester-in-the-lab2018-03-28T09:38:32Z0.9K002/7520 Atmosphere tester in the labK002/7520 Close-up of an atmospheric monitoring device designed to measure levels of atmospheric carbon dioxide. The device has been designed to be small, cheap and accurate, allowing many to be deployed in a local area, so that a detailed map of a local microclimate can be obtained. Knowledge of how buildings and other structures affect the microclimate will allow the design of more energy-efficient buildings. This work was undertaken at Princeton University, USA.https://www.sciencephoto.com/image/423061/350wm/K0027520-Atmosphere_tester_in_the_lab-SPL.jpghttps://www.sciencephoto.com/image/423061/preview/K0027520-Atmosphere_tester_in_the_lab-SPL.mp49.022011-09-21Yesamericaamericanatmosphereatmosphericcarbon dioxideclimateco2deviceearth sciencehi-techhigh-techlablaboratorylaserlevelslightlightweightmanmeasurementmeasuringmicroclimateprincetonresearchscientistsmalltechnologicaltechnologytestertestinguniversityusawirelesshttps://www.sciencephoto.com/media/423062/view/masking-plastic-electronics2018-10-20T00:27:50Z0.9K002/7521 Masking plastic electronicsK002/7521 Scientist placing a mask onto a plastic electronic base for gold evaporation. The base of the conductor is a polymer tailored for its electrical properties. The gold allows contacts to be made. The shape of the mask on the polymer base determines the regions of gold distribution.https://www.sciencephoto.com/image/423062/350wm/K0027521-Masking_plastic_electronics-SPL.jpghttps://www.sciencephoto.com/image/423062/preview/K0027521-Masking_plastic_electronics-SPL.mp411.132011-09-21Yesclean roomclose upclose-upcomponentcontactcontactscontroldepositionelectricalelectronicelectronicsevaporationglovesgoldhi-techhigh-techlablaboratorymanufacturemanufacturingmetalplacingplasticplasticspolymerpolymersresearchresearcherscientiststagetechniciantechnologicalhttps://www.sciencephoto.com/media/423063/view/masking-plastic-electronics2018-10-20T00:27:50Z0.9K002/7523 Masking plastic electronicsK002/7523 Scientist placing a mask onto a plastic electronic base for gold evaporation. The base of the conductor is a polymer tailored for its electrical properties. The gold allows contacts to be made. The shape of the mask on the polymer base determines the regions of gold distribution.https://www.sciencephoto.com/image/423063/350wm/K0027523-Masking_plastic_electronics-SPL.jpghttps://www.sciencephoto.com/image/423063/preview/K0027523-Masking_plastic_electronics-SPL.mp415.182011-09-21Yesclean roomcomponentcontactcontactscontroldepositionelectricalelectronicelectronicsevaporationglovesgoldhi-techhigh-techlablaboratorymanufacturemanufacturingmetalplacingplasticplasticspolymerpolymersresearchresearcherscientiststagetechniciantechnologicaltechnologyhttps://www.sciencephoto.com/media/423064/view/gold-evaporator-for-electronics2018-10-20T00:27:50Z0.9K002/7524 Gold evaporator for electronicsK002/7524 Scientist placing a stage containing masked plastic electronics into an evaporator for gold evaporation. The base of the conductor is a polymer tailored for its electrical properties. The gold allows contacts to be made. The shape of the mask on the polymer base determines the regions of gold distribution.https://www.sciencephoto.com/image/423064/350wm/K0027524-Gold_evaporator_for_electronics-SPL.jpghttps://www.sciencephoto.com/image/423064/preview/K0027524-Gold_evaporator_for_electronics-SPL.mp4202011-09-21Yesclean roomcomponentcontactcontactscontroldepositiondeviceelectricalelectronicelectronicsevaporationevaporatorglovesgoldhi-techhigh-techlablaboratorymachinemanufacturemanufacturingmetalplacingplasticplasticspolymerpolymersresearchresearcherscientiststagetechnicianhttps://www.sciencephoto.com/media/423065/view/plastic-electronics-manufacturing2018-10-20T00:27:50Z0.9K002/7525 Plastic electronics manufacturingK002/7525 Scientist placing plastic electronic components onto a stage for gold evaporation. The base of the conductor is a polymer tailored for its electrical properties. The gold allows contacts to be made. The shape of the mask on the polymer base determines the regions of gold distribution.https://www.sciencephoto.com/image/423065/350wm/K0027525-Plastic_electronics_manufacturing-SPL.jpghttps://www.sciencephoto.com/image/423065/preview/K0027525-Plastic_electronics_manufacturing-SPL.mp4302011-09-21Yesclean roomcomponentcontactcontactscontroldepositionelectricalelectronicelectronicsevaporationglovesgoldhi-techhigh-techlablaboratorymanufacturemanufacturingmetalplacingplasticplasticspolymerpolymersresearchresearcherscientiststagetechniciantechnologicaltechnologyhttps://www.sciencephoto.com/media/423672/view/managed-forest2018-03-28T09:38:32Z0.9K003/1068 Managed forestK003/1068 Trees in a forest managed for forestry. Filmed in Sweden.https://www.sciencephoto.com/image/423672/350wm/K0031068-Managed_forest-SPL.jpghttps://www.sciencephoto.com/image/423672/preview/K0031068-Managed_forest-SPL.mp427.042011-09-23Yescommercialconservedenvironmentenvironmentaleuropeeuropeanfloorforestforestrymanagedresourcescandinaviascandinaviansciencescientificsustainableswedenswedishtimbertreetreeswoodwoodshttps://www.sciencephoto.com/media/423673/view/industrial-wood-chipper2018-03-28T09:38:32Z0.9K003/1069 Industrial wood chipperK003/1069 Logs being loaded into a wood chipper in a managed forest. Filmed in Elmia, Sweden.https://www.sciencephoto.com/image/423673/350wm/K0031069-Industrial_wood_chipper-SPL.jpghttps://www.sciencephoto.com/image/423673/preview/K0031069-Industrial_wood_chipper-SPL.mp440.062011-09-23Yeschipperchippingeuropeeuropeanforestforestrygrabberindustrialindustryliftingloadingloglogslumbermachinemachinerymechanicalmechanical grabberrenewablerenewablesscandinaviascandinaviansustainableswedenswedishtechnologicaltechnologytimbertreetreeswoodwoodshttps://www.sciencephoto.com/media/423674/view/horse-and-modern-cart-in-managed-forest2018-03-28T09:38:32Z0.9K003/1070 Horse and modern cart in managed forestK003/1070 Forestry workers using a horse and cart to transport lumber. Filmed in Sweden.https://www.sciencephoto.com/image/423674/350wm/K0031070-Horse_and_modern_cart_in_managed_forest-SPL.jpghttps://www.sciencephoto.com/image/423674/preview/K0031070-Horse_and_modern_cart_in_managed_forest-SPL.mp49.062011-09-23Yesagricultureanimalcartenvironmentenvironmentaleuropeeuropeanforestforestryfull lengthhorsehorsepowerlivestocklumbermalemanmenone animalpullingresourcesciencescientificside viewstandingsustainableswedenswedishtimbertransportwoodhttps://www.sciencephoto.com/media/423675/view/horse-and-modern-cart-in-managed-forest2018-03-28T09:38:32Z0.9K003/1071 Horse and modern cart in managed forestK003/1071 Forestry workers using a horse and cart to transport lumber. Filmed in Sweden.https://www.sciencephoto.com/image/423675/350wm/K0031071-Horse_and_modern_cart_in_managed_forest-SPL.jpghttps://www.sciencephoto.com/image/423675/preview/K0031071-Horse_and_modern_cart_in_managed_forest-SPL.mp46.052011-09-23Yesagricultureanimalcartenvironmentenvironmentaleuropeeuropeanforestforestryfull lengthhorsehorsepowerlivestocklumbermalemanmenone animalpullingresourcesciencescientificside viewstandingsustainableswedenswedishtimbertransportwoodhttps://www.sciencephoto.com/media/423676/view/horse-and-modern-cart-in-managed-forest2018-03-28T09:38:32Z0.9K003/1072 Horse and modern cart in managed forestK003/1072 Forestry workers using a horse and cart to transport lumber. Filmed in Sweden.https://www.sciencephoto.com/image/423676/350wm/K0031072-Horse_and_modern_cart_in_managed_forest-SPL.jpghttps://www.sciencephoto.com/image/423676/preview/K0031072-Horse_and_modern_cart_in_managed_forest-SPL.mp46.192011-09-23Yesagricultureanimalcartenvironmentenvironmentaleuropeeuropeanforestforestryfull lengthhorsehorsepowerlivestocklumbermalemanmenone animalpullpullingresourcesciencescientificside viewsustainableswedenswedishtimbertransportwoodworkinghttps://www.sciencephoto.com/media/423677/view/giant-tunicate2018-03-28T09:38:32Z0.9K003/1073 Giant tunicateK003/1073 Giant tunicate (Polycarpa spongiablis), a type of sea squirt, opening and closing its siphon. Sea squirts (ascidians) are sessile filter-feeders. Filmed in St Lucia, in the Caribbean Sea.https://www.sciencephoto.com/image/423677/350wm/K0031073-Giant_tunicate-SPL.jpghttps://www.sciencephoto.com/image/423677/preview/K0031073-Giant_tunicate-SPL.mp426.082011-09-23Yesanimalascidianbiologicalbiologycaribbeanclosingfaunafeedingfilter feederfilteringgiant tunicatemarineopeningpolycarpa spongiablisseasea squirtsessilesiphontropicaltunicateunderwaterurochordatewaterwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423678/view/wooden-canoe-on-beach2018-03-28T09:38:32Z0.9K003/1074 Wooden canoe on beachK003/1074 Moored wooden canoe. Filmed in Scotts Head fishing village, Dominica.https://www.sciencephoto.com/image/423678/350wm/K0031074-Wooden_canoe_on_beach-SPL.jpghttps://www.sciencephoto.com/image/423678/preview/K0031074-Wooden_canoe_on_beach-SPL.mp4112011-09-23Yesabsencebeachboatcanoecaribbean seadominicaemptyfishingfishing villagemooredoldpalm treesscotts headshedtransportationvillagewest indieshttps://www.sciencephoto.com/media/423679/view/crucifix-in-fishing-boat2018-03-28T09:38:32Z0.9K003/1075 Crucifix in fishing boatK003/1075 Zoom in on a crucifix at the bow of fishing boat. Filmed in Scotts Head fishing village, Dominica.https://www.sciencephoto.com/image/423679/350wm/K0031075-Crucifix_in_fishing_boat-SPL.jpghttps://www.sciencephoto.com/image/423679/preview/K0031075-Crucifix_in_fishing_boat-SPL.mp47.22011-09-23Yesboatbowcanoecaribbean seacrosscrucifixdominicaemptyfaithfishingkalinagomooredreligionreligiousscotts headsuperstitiontransportationwest indieswooden canoezoom inhttps://www.sciencephoto.com/media/423680/view/men-preparing-fishing-boat2018-03-28T09:38:32Z0.9K003/1076 Men preparing fishing boatK003/1076 Fishermen preparing a boat, at Scotts Head fishing village, Dominica.https://www.sciencephoto.com/image/423680/350wm/K0031076-Men_preparing_fishing_boat-SPL.jpghttps://www.sciencephoto.com/image/423680/preview/K0031076-Men_preparing_fishing_boat-SPL.mp425.222011-09-23Yesarrivalbeachboatboatscaribbean seadominicafishermenfishingfishing boatmalemanmedium group of peoplemenmooredpreparationpreparingreal peoplewalkingwest indiesworkinghttps://www.sciencephoto.com/media/423681/view/caribbean-reef-squid2018-11-06T15:37:01Z0.9K003/1077 Caribbean Reef SquidK003/1077 Caribbean reef squid (Sepioteuthis sepioidea), close-up. Filmed off St Lucia, West Indies.https://www.sciencephoto.com/image/423681/350wm/K0031077-Caribbean_Reef_Squid-SPL.jpghttps://www.sciencephoto.com/image/423681/preview/K0031077-Caribbean_Reef_Squid-SPL.mp411.062011-09-23Yesanimalarmarmsbiologicalbiologybright colourcaribbeancaribbean reef squidcephalopodclose-updarkeyefaunamarinemarine lifemolluscnightone animalseasepioteuthis sepioideaside viewsquidst luciaswimmingtentaclestropicalunderwaterwest indieswildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423682/view/ink-from-caribbean-reef-squid2018-03-28T09:38:32Z0.9K003/1078 Ink from Caribbean Reef SquidK003/1078 Ink of a Caribbean reef squid (Sepioteuthis sepioidea) floating in the water. The squid releases ink to confuse predators, expelling it from ink sacs with a jet of water. Filmed off St Lucia, West Indies.https://www.sciencephoto.com/image/423682/350wm/K0031078-Ink_from_Caribbean_Reef_Squid-SPL.jpghttps://www.sciencephoto.com/image/423682/preview/K0031078-Ink_from_Caribbean_Reef_Squid-SPL.mp414.072011-09-23Yesanimalbiologicalbiologybrowncaribbeancaribbean reef squidcephalopodcephalopod inkfaunafloatinginkmarinemarine lifemolluscrockseasea bedsepioteuthis sepioideasquidst luciatropicalunderwaterwest indieswildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423683/view/caribbean-reef-squid2018-03-28T09:38:32Z0.9K003/1079 Caribbean reef squidK003/1079 Caribbean reef squid (Sepioteuthis sepioidea), close-up. This squid inhabits reefs and coasts around the Caribbean Sea. It feeds on fish, crustaceans and other molluscs, and can reach a length of around 20 centimetres. Filmed off St Lucia, West Indies.https://www.sciencephoto.com/image/423683/350wm/K0031079-Caribbean_reef_squid-SPL.jpghttps://www.sciencephoto.com/image/423683/preview/K0031079-Caribbean_reef_squid-SPL.mp416.112011-09-23Yesanimalarmarmsbiologicalbiologycaribbeancaribbean reef squidcephalopodclose-updarkfaunamarinemolluscnightseasepioteuthis sepioideasquidst luciaswimmingtentaclestropicalunderwaterwest indieswildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423684/view/caribbean-reef-squid2018-03-28T09:38:32Z0.9K003/1080 Caribbean Reef SquidK003/1080 Caribbean reef squid (Sepioteuthis sepioidea), close-up. This squid captures prey with its long tentacles, using shorter arms to pull food to its beak. Filmed off St Lucia, West Indies.https://www.sciencephoto.com/image/423684/350wm/K0031080-Caribbean_Reef_Squid-SPL.jpghttps://www.sciencephoto.com/image/423684/preview/K0031080-Caribbean_Reef_Squid-SPL.mp411.022011-09-23Yesanimalarmarmsbiologicalbiologybright colourcaribbeancaribbean reef squidcephalopodclose-updarkfaunamarinemarine lifemolluscnightone animalorangepinkseasepioteuthis sepioideasquidst luciaswimmingtentaclestropicalunderwaterwest indieswildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423685/view/sea-hare-feeding2018-03-28T09:38:32Z0.9K003/1081 Sea hare feedingK003/1081 Spotted sea hare (Aplysia dactylomela) feeding. This large sea slug can crawl and swim. It can be found in nearly all tropical seas and the toxins in its skin deter most predators. Filmed off Dominica, in the West Indies.https://www.sciencephoto.com/image/423685/350wm/K0031081-Sea_hare_feeding-SPL.jpghttps://www.sciencephoto.com/image/423685/preview/K0031081-Sea_hare_feeding-SPL.mp410.082011-09-23Yesaplysia dactylomelaaplysiidaeatlantic oceanclose-updominicaeatingfeedinggastropodmarine lifemolluscocean floorone animalpart ofpatternsea lifesea slugseabedside viewspottedspotted sea hareunderwaterwest indieswildlifehttps://www.sciencephoto.com/media/423686/view/man-cleaning-mahi-mahi2018-03-28T09:38:32Z0.9K003/1082 Man cleaning mahi-mahiK003/1082 Mahi-mahi (Coryphaena hippurus) fish being gutted by fisherman. Filmed in Soufriere, Dominica, West Indies.https://www.sciencephoto.com/image/423686/350wm/K0031082-Man_cleaning_mahi-mahi-SPL.jpghttps://www.sciencephoto.com/image/423686/preview/K0031082-Man_cleaning_mahi-mahi-SPL.mp4302011-09-23Noactinopterygiibeachcarcasscaribbeancaughtcleaningclose-upcommon dolphin fishcoryphaena hippuruscoryphaenidaecuttingdolphin fishdolphinfishdominicafishfishermenfishingfreshguttingholdingknifemahi-mahimanpebblepreparationpreparingremovalremovingsoufrierewest indiesworkinghttps://www.sciencephoto.com/media/423687/view/men-landing-a-canoe2018-03-28T09:38:32Z0.9K003/1084 Men landing a canoeK003/1084 Men landing a canoe on a beach at a fishing village. Filmed on Dominica, West Indies.https://www.sciencephoto.com/image/423687/350wm/K0031084-Men_landing_a_canoe-SPL.jpghttps://www.sciencephoto.com/image/423687/preview/K0031084-Men_landing_a_canoe-SPL.mp420.042011-09-23Yesatlantic oceanbeachbeachingboatcanoecaribbean seacoastcoastaldominicafishermanfishermenfishinglandingmanmenpeoplesandsandyseashoretropicalwaveswest indiesworkhttps://www.sciencephoto.com/media/423688/view/man-cleaning-mahi-mahi2018-03-28T09:38:32Z0.9K003/1085 Man cleaning mahi-mahiK003/1085 Mahi-mahi (Coryphaena hippurus) fish being cleaned by fisherman. Filmed in Soufriere, Dominica, West Indies.https://www.sciencephoto.com/image/423688/350wm/K0031085-Man_cleaning_mahi-mahi-SPL.jpghttps://www.sciencephoto.com/image/423688/preview/K0031085-Man_cleaning_mahi-mahi-SPL.mp4132011-09-23Noactinopterygiianimalcaribbeancaughtcleaningcommon dolphin fishcoryphaena hippuruscoryphaenidaecuttingdolphin fishdolphinfishdominicafishfishermenfishingfreshguttingholdingknifemahi-mahimanmid sectionone animalpreparationpreparingsoufrierestandingwest indiesworkinghttps://www.sciencephoto.com/media/423689/view/mahi-mahi-covered-with-leaves2018-03-28T09:38:32Z0.9K003/1086 Mahi-mahi covered with leavesK003/1086 Mahi-mahi (Coryphaena hippurus) fish under leaves on beach, ready to be cleaned by fishermen. Filmed in Soufriere, Dominica, West Indies.https://www.sciencephoto.com/image/423689/350wm/K0031086-Mahi-mahi_covered_with_leaves-SPL.jpghttps://www.sciencephoto.com/image/423689/preview/K0031086-Mahi-mahi_covered_with_leaves-SPL.mp45.162011-09-23Yesactinopterygiianimalbeachcaribbeancaughtcommon dolphin fishcoryphaena hippuruscoryphaenidaecuttingdolphin fishdolphinfishdominicafishfishermenfishingfreshleafleaveslow sectionmahi-mahimedium group of peoplemensandsandysoufrierestandingwest indiesworkinghttps://www.sciencephoto.com/media/423690/view/making-fish-pot2018-03-28T09:38:32Z0.9K003/1087 Making fish potK003/1087 Shadow of a man constructing a traditional fishing pot from bamboo and lianas. Filmed in Scotts Head fishing village, Dominica.https://www.sciencephoto.com/image/423690/350wm/K0031087-Making_fish_pot-SPL.jpghttps://www.sciencephoto.com/image/423690/preview/K0031087-Making_fish_pot-SPL.mp430.052011-09-23Yesatlantic oceancaribbean seadominicafish potfishermanfishinghand madeholdingmakingmalemanmanufactureone personpart ofpotpreparationpreparingscotts headshadowskilltraditiontraditionalwest indiesworkinghttps://www.sciencephoto.com/media/423691/view/leatherback-turtle-tracks2018-03-28T09:38:32Z0.9K003/1088 Leatherback turtle tracksK003/1088 Tracks in sand of a leatherback turtle (Dermochelys coriacea). The leatherback is the largest of all sea turtles. It comes ashore on sandy beaches to bury its eggs, before returning to sea. Filmed on Dominica, in the West Indies.https://www.sciencephoto.com/image/423691/350wm/K0031088-Leatherback_turtle_tracks-SPL.jpghttps://www.sciencephoto.com/image/423691/preview/K0031088-Leatherback_turtle_tracks-SPL.mp413.112011-09-23Yesanimalatlantic oceanbeachbehaviourbiologicalbiologycaribbean seacritically endangereddermochelys coriaceadominicaendangered speciesevidencefaunaimprintlandleatherbackmarinenatureprotectedreptilesandsandysitetracktracksturtlewest indieswildlifezoologicalzoologyhttps://www.sciencephoto.com/media/423692/view/black-sand-beach-dominica2018-03-28T09:38:32Z0.9K003/1089 Black sand beach, DominicaK003/1089 Black sand beach fringed with tropical rainforest. Black sand is typically formed by the erosion of volcanic rock. This beach is a nesting site for the leatherback sea turtle (Dermochelys coriacea). Filmed on Dominica, a volcanic island in the Caribbean Sea.https://www.sciencephoto.com/image/423692/350wm/K0031089-Black_sand_beach,_Dominica-SPL.jpghttps://www.sciencephoto.com/image/423692/preview/K0031089-Black_sand_beach,_Dominica-SPL.mp418.062011-09-23Yesanimalatlantic oceanbeachblack sandcaribbeancliffscoastcoastaldominicageologicalgeologyigneousleatherbacknestnestingprotectedrainforestsandsandyseasitespraysurftropicalturtlevolcanicwaveswest indieswindwindyhttps://www.sciencephoto.com/media/423693/view/rainforest-stream2018-03-28T09:38:32Z0.9K003/1090 Rainforest streamK003/1090 Stream flowing through rocks in coastal rainforest. Filmed in Dominca, West Indies.https://www.sciencephoto.com/image/423693/350wm/K0031090-Rainforest_stream-SPL.jpghttps://www.sciencephoto.com/image/423693/preview/K0031090-Rainforest_stream-SPL.mp424.12011-09-23Yesatlanticcaribbeancoastaldominicaflowflowinggeologicalgeologymotionmovementnaturepebblepebblesrainforestriverrockrocksrockysceneryscenicstreamtropicalwaterhttps://www.sciencephoto.com/media/423694/view/rainforest-stream2018-03-28T09:38:32Z0.9K003/1091 Rainforest streamK003/1091 Stream flowing through a coastal rainforest. Filmed in Dominca, West Indies.https://www.sciencephoto.com/image/423694/350wm/K0031091-Rainforest_stream-SPL.jpghttps://www.sciencephoto.com/image/423694/preview/K0031091-Rainforest_stream-SPL.mp418.142011-09-23Yesatlanticcaribbeancoastaldominicaflowinggeologicalgeologylushnaturepebblepebblesrainforestriverrockrocksrockysceneryscenicstreamtropicalvegetationwaterhttps://www.sciencephoto.com/media/423695/view/leatherback-turtle-nesting2018-03-28T09:38:32Z0.9K003/1092 Leatherback turtle nestingK003/1092 Night-vision camera footage of the head of a nesting leatherback turtle (Dermochelys coriacea). The leatherback is the largest turtle in the world. It nests on sandy beaches, burying its eggs before returning to the sea. It is critically endangered. Filmed on Dominica, in the West Indies.https://www.sciencephoto.com/image/423695/350wm/K0031092-Leatherback_turtle_nesting-SPL.jpghttps://www.sciencephoto.com/image/423695/preview/K0031092-Leatherback_turtle_nesting-SPL.mp4142011-09-23Yesanimalatlantic oceanbeachbehaviourbiologicalbiologybreedingcaribbean seaclose-updarkdermochelys coriaceadominicaeggeggsendangered speciesfaunafemaleheadlandlayingleatherbacklow lightmarinenestnestingnightnight visionprotectedreproductionreptilesandsandyhttps://www.sciencephoto.com/media/424268/view/foetus-in-the-womb2018-11-06T15:37:46Z0.9K003/0503 Foetus in the wombK003/0503 Animation of a full-term foetus in the womb.https://www.sciencephoto.com/image/424268/350wm/K0030503-Foetus_in_the_womb-SPL.jpghttps://www.sciencephoto.com/image/424268/preview/K0030503-Foetus_in_the_womb-SPL.mp433.062011-09-24Yes40 weeksamniotic fluidbabyexpectingfamilyfetusfoetusfortyfull termhealthcarehumanin uteroinfantlifemovingnew lifenine monthspeacefulpeoplepersonpre-natalprenatalreproductiontermumbilical corduteruswombhttps://www.sciencephoto.com/media/424269/view/human-fertilisation2018-03-28T09:38:32Z0.9K003/0506 Human fertilisationK003/0506 Animation of sperm cells attempting to fertilise a human egg (ovum). Fertilisation occurs when the sperm's genetic material (deoxyribonucleic acid, DNA) fuses with the egg's DNA, forming a zygote. Only one sperm cell may penetrate the egg's outer layer, as after that it becomes impervious to other sperm.https://www.sciencephoto.com/image/424269/350wm/K0030506-Human_fertilisation-SPL.jpghttps://www.sciencephoto.com/image/424269/preview/K0030506-Human_fertilisation-SPL.mp414.242011-09-24Yesanimatedanimationcellcellsconceptioneggfemalefertilisationfertilisedfertilisingfertilizationfertilizedfertilizinggametegameteshealthcaremalenew lifeovumpenetratingpenetrationreproductionreproductivesexsexualspermspermatozoaspermatozoonhttps://www.sciencephoto.com/media/424270/view/eye-structure2018-11-06T15:33:42Z0.9K003/0507 Eye structureK003/0507 Animation of the structure of the human eye. Starting with a 3D model showing the eyeball (white), iris (blue), pupil (black) and eye muscles (red), it zooms in to a 2D cross-section. This shows light (grey beam) being focused by the cornea (far right) and then the lens (grey oval), coming to focus on the back of the eye. Zooming in further, the back of the eye is lined with the light-sensitive retina. In the middle of the retina is the macula, the region of the retina with the highest density of colour-sensitive cone cells. This is the area responsible for sharp central vision.https://www.sciencephoto.com/image/424270/350wm/K0030507-Eye_structure-SPL.jpghttps://www.sciencephoto.com/image/424270/preview/K0030507-Eye_structure-SPL.mp48.212011-09-24Yes2d3danatomicalanatomyanimatedanimationbeambodycorneacut-awaydiagramdiagrammaticeducationeducationaleyeeyeballeyesightfocusingfocussingfoveahealthcarehumaninsideinternalirislenslightmaculamacula luteamedicalmedicinemusclehttps://www.sciencephoto.com/media/424271/view/bloodstream2018-11-06T15:31:27Z0.9K003/0509 BloodstreamK003/0509 Animation of blood cells flowing through a blood vessel. The main cells in blood are red blood cells (erythrocytes), which carry oxygen and carbon dioxide around the body. Also present are white blood cells, which form part of the immune system, and platelets (grey), which aid clotting. The blood also contains many dissolved nutrients and other chemicals, such as sugars, proteins and hormones.https://www.sciencephoto.com/image/424271/350wm/K0030509-Bloodstream-SPL.jpghttps://www.sciencephoto.com/image/424271/preview/K0030509-Bloodstream-SPL.mp44.12011-09-24Yesanatomicalanatomyarterybloodblood vesselbloodstreamcapillarycellcellserythrocyteerythrocytesflowflowinghuman bodyimmune systeminternalleukocyteleukocytesnutrientnutrientsplateletplateletsred blood cellstructuralstructurewhite blood cellhttps://www.sciencephoto.com/media/424272/view/saturn-s-rings2018-11-06T15:33:24Z0.9K003/1171 Saturn's ringsK003/1171 Animation of a flight through the rings of Saturn. Saturn is the sixth planet from the Sun, lying nearly ten times further from it than the Earth orbits. It is the second largest planet in the Solar System, and has the most extensive ring system. The rings are formed of countless small particles, mostly of ice, and extend from less than 7000 kilometres above the equator to more than 120,000 kilometres. They rings are thought to be only a few metres thick.https://www.sciencephoto.com/image/424272/350wm/K0031171-Saturn_s_rings-SPL.jpghttps://www.sciencephoto.com/image/424272/preview/K0031171-Saturn_s_rings-SPL.mp423.182011-09-24Yesanimatedanimationastronomicalastronomyflightfly-byflyinggas gianticeicyjourneymoonmoonsparticleparticlesplanetringringedringssaturnsci-fiscienceshadowshadowssolar systemspacesystemtravelvoyagewaterhttps://www.sciencephoto.com/media/424279/view/cataract-surgery2018-11-04T15:36:32Z0.9K002/9622 Cataract surgeryK002/9622 Cataract surgery. Clip 7 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens fragments are being removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424279/350wm/K0029622-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424279/preview/K0029622-Cataract_surgery-SPL.mp4452011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424280/view/cataract-surgery2018-10-20T00:28:15Z0.9K002/9623 Cataract surgeryK002/9623 Cataract surgery. Clip 6 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens fragments are being removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424280/350wm/K0029623-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424280/preview/K0029623-Cataract_surgery-SPL.mp4422011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424281/view/cataract-surgery2018-11-04T15:40:04Z0.9K002/9624 Cataract surgeryK002/9624 Cataract surgery. Clip 5 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens is broken up into fragments and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424281/350wm/K0029624-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424281/preview/K0029624-Cataract_surgery-SPL.mp4422011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424282/view/cataract-surgery2018-10-20T00:28:15Z0.9K002/9625 Cataract surgeryK002/9625 Cataract surgery. Clip 4 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens is broken up into fragments and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424282/350wm/K0029625-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424282/preview/K0029625-Cataract_surgery-SPL.mp422.192011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424283/view/cataract-surgery2018-10-20T00:28:15Z0.9K002/9626 Cataract surgeryK002/9626 Cataract surgery. Clip 3 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens is broken up into fragments and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424283/350wm/K0029626-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424283/preview/K0029626-Cataract_surgery-SPL.mp4352011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424284/view/cataract-surgery2018-10-20T00:28:15Z0.9K002/9627 Cataract surgeryK002/9627 Cataract surgery. Clip 2 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens is broken up into fragments and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424284/350wm/K0029627-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424284/preview/K0029627-Cataract_surgery-SPL.mp4332011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424285/view/cataract-surgery2018-10-20T00:28:15Z0.9K002/9628 Cataract surgeryK002/9628 Cataract surgery. Clip 1 of 10. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens is broken up into fragments and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9628 to K002/9619.https://www.sciencephoto.com/image/424285/350wm/K0029628-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424285/preview/K0029628-Cataract_surgery-SPL.mp4222011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeonhttps://www.sciencephoto.com/media/424286/view/taking-a-blood-sample2018-11-06T15:31:38Z0.9K002/9629 Taking a blood sampleK002/9629 Taking a blood sample. Close-up of a nurse taking a blood sample from a patient's arm.https://www.sciencephoto.com/image/424286/350wm/K0029629-Taking_a_blood_sample-SPL.jpghttps://www.sciencephoto.com/image/424286/preview/K0029629-Taking_a_blood_sample-SPL.mp420.062011-09-26Yesblood sampleblood testbloodsclose-updetaildiagnosisdrawing bloodhaematologicalhaematologyhealthcarehematologyhumanmedicalmedicineneedlepeoplepersonphlebotomytaking samplevacutainerveinvenepuncturevenipuncturevenoushttps://www.sciencephoto.com/media/424287/view/sea-anemone-on-a-sponge2018-10-20T00:28:23Z0.9K002/9886 Sea anemone on a spongeK002/9886 Sea anemone on a sponge. Sponges filter food particles out of the water that flows through them. Anemones have a mouth surrounded by tentacles and are used both as defence and to capture prey. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424287/350wm/K0029886-Sea_anemone_on_a_sponge-SPL.jpghttps://www.sciencephoto.com/image/424287/preview/K0029886-Sea_anemone_on_a_sponge-SPL.mp48.162011-09-26Yesanemoneanimal themesatlanticbiologicalbiologycaribbeancoral reefdaydaytimefaunafloormarinemotionmovementnatureno oneno peoplenobodyoceanporiferareal timeseaspongeswelltropicalunderwaterwesternwildwildlifeyellowzoologicalzoologyhttps://www.sciencephoto.com/media/424288/view/cryotherapy-probe2018-10-20T00:28:15Z0.9K002/9630 Cryotherapy probeK002/9630 Cryotherapy tube. This device directs a small spray of liquid nitrogen onto a skin growth in order to freeze and remove it.https://www.sciencephoto.com/image/424288/350wm/K0029630-Cryotherapy_probe-SPL.jpghttps://www.sciencephoto.com/image/424288/preview/K0029630-Cryotherapy_probe-SPL.mp415.032011-09-26Yesblack backgroundclose-upcryotherapydermatologicaldermatologydetaildevicefreezingfrozenhealthcareinstrumentjetliquid nitrogenmedicalmedicinenozzleprobespraysprayingtreatingtreatmenthttps://www.sciencephoto.com/media/424289/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0152 Arthroscopic knee surgeryK003/0152 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon making the initial incision and inserting arthroscopic tools to carry out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424289/350wm/K0030152-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424289/preview/K0030152-Arthroscopic_knee_surgery-SPL.mp427.092011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalincisioninsertinginsertioninstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatinghttps://www.sciencephoto.com/media/424290/view/vase-sponges2018-10-20T00:28:23Z0.9K002/9887 Vase spongesK002/9887 Fish over vase sponges (phylum Porifera). Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424290/350wm/K0029887-Vase_sponges-SPL.jpghttps://www.sciencephoto.com/image/424290/preview/K0029887-Vase_sponges-SPL.mp415.152011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunafishfloormarinemotionmovementnatureno oneno peoplenobodyoceanporiferareal timereefseasea bedsea lifeseabedtropicalunderwatervase spongewesternwildwildlifezoologicalhttps://www.sciencephoto.com/media/424291/view/childhood-flu-vaccination2018-10-20T00:28:15Z0.9K002/9631 Childhood flu vaccinationK002/9631 Seasonal flu vaccination. Close-up of an influenza (flu) vaccine being injected into a child's arm. The vaccine contains inactivated virions (virus particles) of strains of the influenza (flu) virus. When injected, the vaccine stimulates the body's immune system to produce antibodies, but without causing an infection. The immune system can then respond quickly against future infections by the flu virus. The flu vaccine is given to people at risk, such as the elderly and very young. The vaccine is provided annually because the flu virus can produce new strains that the body is not protected against.https://www.sciencephoto.com/image/424291/350wm/K0029631-Childhood_flu_vaccination-SPL.jpghttps://www.sciencephoto.com/image/424291/preview/K0029631-Childhood_flu_vaccination-SPL.mp442011-09-26Yes21stâ centuryclinicclose-updetaildiseaseepidemicepidemicsepidemiologyfluhandhealthcarehumanimmuneâ systemimmunisationimmunisingimmunizationimmunizingimmunologyinactivatedâ virusinfluenzainjectinginjectioninoculatinginoculationmedicalmedicineneedlenursepatientpeoplepersonpreventativehttps://www.sciencephoto.com/media/424292/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0153 Arthroscopic knee surgeryK003/0153 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon adding a camera light and tube to arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424292/350wm/K0030153-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424292/preview/K0030153-Arthroscopic_knee_surgery-SPL.mp4252011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycameracaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryfibre opticshospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavageleglightmalemanmedicalmedicinemenminimally invasiveoperatinghttps://www.sciencephoto.com/media/424293/view/sharptail-snake-eel2018-11-04T15:34:17Z0.9K002/9888 Sharptail snake-eelK002/9888 Sharptail snake-eel (Myrichthys breviceps) hunting on the seabed at night. It eventually detects its prey and digs quickly down to catch it. Snake-eels can also burrow tail first into the sand of a seabed for defence. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424293/350wm/K0029888-Sharptail_snake-eel-SPL.jpghttps://www.sciencephoto.com/image/424293/preview/K0029888-Sharptail_snake-eel-SPL.mp426.072011-09-26Yesalgaeanimal themesatlanticbiologicalbiologycaribbeancolourfulcoraleelfaunafishfloorfull lengthhunthuntingmarinemotionmovementmyrichthys brevicepsnaturenightnight timeno oneno peoplenobodyoceanone animalophichthidaepredatorpredatoryreal timereefhttps://www.sciencephoto.com/media/424294/view/childhood-flu-vaccination2018-10-20T00:28:15Z0.9K002/9632 Childhood flu vaccinationK002/9632 Seasonal flu vaccination. Close-up of an influenza (flu) vaccine being injected into a child's arm. The vaccine contains inactivated virions (virus particles) of strains of the influenza (flu) virus. When injected, the vaccine stimulates the body's immune system to produce antibodies, but without causing an infection. The immune system can then respond quickly against future infections by the flu virus. The flu vaccine is given to people at risk, such as the elderly and very young. The vaccine is provided annually because the flu virus can produce new strains that the body is not protected against.https://www.sciencephoto.com/image/424294/350wm/K0029632-Childhood_flu_vaccination-SPL.jpghttps://www.sciencephoto.com/image/424294/preview/K0029632-Childhood_flu_vaccination-SPL.mp47.032011-09-26Yes21stï¿½centuryclinicclose-updetaildiseaseepidemicepidemicsepidemiologyfluhandhealthcarehumanimmuneï¿½systemimmunisationimmunisingimmunizationimmunizingimmunologyinactivatedï¿½virusinfluenzainjectinginjectioninoculatinginoculationmedicalmedicineneedlenursepatientpeoplepersonpreventativehttps://www.sciencephoto.com/media/424295/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0154 Arthroscopic knee surgeryK003/0154 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424295/350wm/K0030154-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424295/preview/K0030154-Arthroscopic_knee_surgery-SPL.mp416.062011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424296/view/green-turtles-mating2018-11-06T15:38:04Z0.9K003/0679 Green turtles matingK003/0679 Green turtles (Chelonia mydas) mating. The male is on top. Filmed off Sipadan, Sabah, Malaysia.https://www.sciencephoto.com/image/424296/350wm/K0030679-Green_turtles_mating-SPL.jpghttps://www.sciencephoto.com/image/424296/preview/K0030679-Green_turtles_mating-SPL.mp4104.182011-09-26Yesanimalascendingbiologicalbiologyborneochelonia mydasconnectedcouplefemalegreen sea turtlegreen turtlelifemalaysiamalaysianmalemarinematematingpairremorareproducereproductionreptilesabahseasexsexualsipadansouth-east asiasoutheast asiaswimswimminghttps://www.sciencephoto.com/media/424297/view/sea-pearl-alga2018-10-20T00:28:23Z0.9K002/9889 Sea pearl algaK002/9889 Sea pearl (Valonia ventricosa) alga on a sponge. Sea pearls, or sailor's eyeballs, or bubble algae, are very large single-celled algae, whose one cell can reach more than five centimetres in diameter. Each cell is attached to the substrate by fibrous threads. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424297/350wm/K0029889-Sea_pearl_alga-SPL.jpghttps://www.sciencephoto.com/image/424297/preview/K0029889-Sea_pearl_alga-SPL.mp46.242011-09-26Yesalgaalgaeatlanticbiologicalbiologycaribbeandaydaytimefloorfloramarinemotionmovementnatureno oneno peoplenobodyoceanplant themesporiferareal timeseasea bedsea lifesea pearlseabedsingle cellsingle-celledtropicalunderwatervalonia ventricosavase spongehttps://www.sciencephoto.com/media/424298/view/cryotherapy-verruca-treatment2018-10-20T00:28:15Z0.9K002/9633 Cryotherapy verruca treatmentK002/9633 Verruca treatment. Cryotherapy being used to treat verrucas on a patient's foot. Verrucas are growths on the skin caused by a viral infection. Cryotherapy uses liquid nitrogen (applied using a cryotherapy probe) to kill and freeze the wart.https://www.sciencephoto.com/image/424298/350wm/K0029633-Cryotherapy_verruca_treatment-SPL.jpghttps://www.sciencephoto.com/image/424298/preview/K0029633-Cryotherapy_verruca_treatment-SPL.mp434.032011-09-26Yesabnormalcaucasianconditioncryotherapydermatologicaldermatologydetaildisorderdoctorfreezingfrozenhealthcarehumanhuman bodyinfectedinfectionliquid nitrogenmedicalmedicinepatientpeoplepersonprobeskinsprayingtreatingtreatmentunhealthyverrucaviralviruswarthttps://www.sciencephoto.com/media/424299/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0155 Arthroscopic knee surgeryK003/0155 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424299/350wm/K0030155-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424299/preview/K0030155-Arthroscopic_knee_surgery-SPL.mp4232011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424300/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0680 Spot-tail frogfishK003/0680 Eggs on Spot-tail Frogfish swaying in current, fully formed babies visible, ECU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424300/350wm/K0030680-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424300/preview/K0030680-Spot-tail_frogfish-SPL.mp418.052011-09-26Yes1080i50abduladaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybcubigbizarreborneobroodcasingcasingsclosecucurrentecueggeggsextremefinfinsfishfrogfrogfishhatchhatchinghttps://www.sciencephoto.com/media/424301/view/sleeping-parrotfish2018-10-20T00:28:23Z0.9K002/9890 Sleeping parrotfishK002/9890 Parrotfish (Scaridae) sleeping in a sponge. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424301/350wm/K0029890-Sleeping_parrotfish-SPL.jpghttps://www.sciencephoto.com/image/424301/preview/K0029890-Sleeping_parrotfish-SPL.mp49.12011-09-26Yesanimal themesasleepbiologicalcaribbeancolorcolor imagecolourcolour imagefaunafishmarinemotionmovementnaturenightnight timeno oneno peoplenobodyoceanocean floorone animalparrot fishparrotfishreal timereefrestingscaridaeseasea bedsea lifeside viewhttps://www.sciencephoto.com/media/424302/view/cryotherapy-treatment2018-10-20T00:28:15Z0.9K002/9634 Cryotherapy treatmentK002/9634 Cryotherapy being used to treat a growth on a patient's skin. Cryotherapy uses liquid nitrogen (applied using a cryotherapy probe) to kill and freeze the growth.https://www.sciencephoto.com/image/424302/350wm/K0029634-Cryotherapy_treatment-SPL.jpghttps://www.sciencephoto.com/image/424302/preview/K0029634-Cryotherapy_treatment-SPL.mp411.152011-09-26Yesabnormaladultcaucasianconditioncryotherapydermatologicaldermatologydetaildisorderdoctorfreezingfrozengrowthhealthcarehumanhuman bodyliquid nitrogenmedicalmedicineneckpatientpeoplepersonprobeseniorskinsprayingtreatingtreatmentunhealthywhitehttps://www.sciencephoto.com/media/424303/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0156 Arthroscopic knee surgeryK003/0156 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424303/350wm/K0030156-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424303/preview/K0030156-Arthroscopic_knee_surgery-SPL.mp419.082011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424304/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0681 Spot-tail frogfishK003/0681 Spot-tail Frogfish with eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424304/350wm/K0030681-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424304/preview/K0030681-Spot-tail_frogfish-SPL.mp4142011-09-26Yes1080i50abdulaboveadaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringclosecueggeggsfatherfishfrogfrogfishfromhdvheadincubatehttps://www.sciencephoto.com/media/424305/view/sleeping-parrotfish2018-10-20T00:28:23Z0.9K002/9891 Sleeping parrotfishK002/9891 Sleeping parrotfish (family Scaridae). Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424305/350wm/K0029891-Sleeping_parrotfish-SPL.jpghttps://www.sciencephoto.com/image/424305/preview/K0029891-Sleeping_parrotfish-SPL.mp49.222011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunafishfloorfull lengthmarinemotionmovementnaturenightno oneno peoplenobodyoceanone animalparrot fishparrotfishreal timereefrestscaridaeseasea bedsea lifeseabedside viewhttps://www.sciencephoto.com/media/424306/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0943 Fish over coralK003/0943 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424306/350wm/K0030943-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424306/preview/K0030943-Fish_over_coral-SPL.mp422.162011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebratesmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeseasulu seaswimmingthe natural worldtubbatahahttps://www.sciencephoto.com/media/424307/view/cryotherapy-skin-tag-removal2018-10-20T00:28:15Z0.9K002/9635 Cryotherapy skin tag removalK002/9635 Skin tag removal. Cryotherapy being used to treat a skin tag on a patient's chest. A skin tag (acrochordon) is a small brown or flesh-coloured, protruding flap of skin that occurs either spontaneously, or during healing of a wound. Cryotherapy uses liquid nitrogen (applied using a cryotherapy probe) to freeze the growth.https://www.sciencephoto.com/image/424307/350wm/K0029635-Cryotherapy_skin_tag_removal-SPL.jpghttps://www.sciencephoto.com/image/424307/preview/K0029635-Cryotherapy_skin_tag_removal-SPL.mp415.072011-09-26Yesabnormalacrochordonadultbenigncaucasianchesconditioncryotherapydermatologicaldermatologydetaildisorderdoctorfemalefreezingfrozengrowthhealthcarehumanhuman bodyliquid nitrogenmedicalmedicinepatientpeoplepersonprobeskinskin tagsprayingtreatingtreatmenthttps://www.sciencephoto.com/media/424308/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0157 Arthroscopic knee surgeryK003/0157 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. During the clip, the camera pulls back to show the screen on which the surgeon sees the view from the endoscope camera inside the patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424308/350wm/K0030157-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424308/preview/K0030157-Arthroscopic_knee_surgery-SPL.mp4302011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycameracaucasiandebridementdisplayendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatinghttps://www.sciencephoto.com/media/424309/view/caribbean-reef-octopus-hunting2018-10-20T00:28:23Z0.9K002/9892 Caribbean reef octopus huntingK002/9892 Caribbean reef octopus (Octopus briareus) hunting at night. It hunts by extending its body over crevices and crannies, feeling for prey with its arms. It typically feeds on crustaceans, although it also eats fish. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424309/350wm/K0029892-Caribbean_reef_octopus_hunting-SPL.jpghttps://www.sciencephoto.com/image/424309/preview/K0029892-Caribbean_reef_octopus_hunting-SPL.mp413.232011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancaribbean reef octopuschanging colourfaunafloorhuntingmarinemotionmovementnaturenightnight timeno oneno peoplenobodyoceanoctopodidaeoctopus briareuspredatorpredatoryreal timereef octopusseasea bedsea lifeseabedtropicalunderwaterhttps://www.sciencephoto.com/media/424310/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0682 Spot-tail frogfishK003/0682 Eggs on Spot-tail Frogfish swaying in current, fully formed babies visible, ECU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424310/350wm/K0030682-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424310/preview/K0030682-Spot-tail_frogfish-SPL.mp426.152011-09-26Yes1080i50abduladaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybcubigbizarreborneobroodcasingcasingsclosecucurrentecueggeggsextremefishfrogfrogfishhatchhatchinghdvlockedhttps://www.sciencephoto.com/media/424311/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0944 Fish over coralK003/0944 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424311/350wm/K0030944-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424311/preview/K0030944-Fish_over_coral-SPL.mp455.062011-09-26Yes50 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebratesmarine animalmedium shotnaturalnatureno-onenobodyoceanone animalphilippinesreal timeseasulu seaswimmingthe natural worldhttps://www.sciencephoto.com/media/424312/view/cryotherapy-treatment2018-10-20T00:28:15Z0.9K002/9636 Cryotherapy treatmentK002/9636 Cryotherapy being used to treat a growth on a patient's skin. Cryotherapy uses liquid nitrogen (applied using a cryotherapy probe) to kill and freeze the growth.https://www.sciencephoto.com/image/424312/350wm/K0029636-Cryotherapy_treatment-SPL.jpghttps://www.sciencephoto.com/image/424312/preview/K0029636-Cryotherapy_treatment-SPL.mp425.032011-09-26Yesabnormaladultcaucasianconditioncryotherapydermatologicaldermatologydetaildisorderdoctorfacefreezingfrozengrowthhealthcarehumanhuman bodyliquid nitrogenmalemanmedicalmedicinepatientpeoplepersonprobeskinsprayingtreatingtreatmentunhealthywhitehttps://www.sciencephoto.com/media/424313/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0158 Arthroscopic knee surgeryK003/0158 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424313/350wm/K0030158-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424313/preview/K0030158-Arthroscopic_knee_surgery-SPL.mp47.152011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424314/view/lost-fishing-net-on-a-coral-reef2018-10-20T00:28:23Z0.9K002/9893 Lost fishing net on a coral reefK002/9893 Discarded fishing net on a coral reef. Lost fishing nets, or ghost nets, are a serious hazard to marine life. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424314/350wm/K0029893-Lost_fishing_net_on_a_coral_reef-SPL.jpghttps://www.sciencephoto.com/image/424314/preview/K0029893-Lost_fishing_net_on_a_coral_reef-SPL.mp420.022011-09-26Yesatlanticbroken coralscaribbeancoral reefdangerdiscardedfishingfishing netfloorghost netimpactindustrialindustrylitterlitteredmarinemotionmovementnaturenetnightnight timeno oneno peoplenobodyoceanplasticpollutedpollutionreal timerubbishseahttps://www.sciencephoto.com/media/424315/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0683 Spot-tail frogfishK003/0683 Spot-tail Frogfish with eggs walking away from camera, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424315/350wm/K0030683-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424315/preview/K0030683-Spot-tail_frogfish-SPL.mp419.042011-09-26Yes1080i50abduladaptationangleranglerfishanimalantennariidaeartificialattachattachedawaybabiesbabybizarreborneobroodbroodingcareeggeggsfatherfinfinsfishfreefrogfrogfishhdvhidejettylophiocharonmalaysiahttps://www.sciencephoto.com/media/424316/view/turtle-over-coral2018-03-28T09:38:32Z0.9K003/0945 Turtle over coralK003/0945 Underwater footage of a turtle moving over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424316/350wm/K0030945-Turtle_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424316/preview/K0030945-Turtle_over_coral-SPL.mp419.212011-09-26Yes50 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacheloniichordatacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebratesmarine animalmedium shotnaturalnatureoceanone animalphilippinesreal timereptilereptilesseasulu seahttps://www.sciencephoto.com/media/424317/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0159 Arthroscopic knee surgeryK003/0159 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424317/350wm/K0030159-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424317/preview/K0030159-Arthroscopic_knee_surgery-SPL.mp4252011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424318/view/devil-s-sea-whip2018-10-20T00:28:23Z0.9K002/9894 Devil's sea whipK002/9894 Devil's sea whip (Ellisella barbadensis). The devil's sea whip is a type of gorgonian, or soft coral. It can grow to a length of more than two metres. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424318/350wm/K0029894-Devil_s_sea_whip-SPL.jpghttps://www.sciencephoto.com/image/424318/preview/K0029894-Devil_s_sea_whip-SPL.mp49.192011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancoralsdaydaytimedeep seadevil's sea whipdevil's whipellisella barbadensisellisellidaefaunagorgonianmarinemotionmovementnatureno oneno peoplenobodyoceanreal timeseasea whipspongetropicalunderwaterwallwesternwildhttps://www.sciencephoto.com/media/424319/view/bowel-cancer-laparoscopy2018-11-06T15:30:27Z0.9K002/9637 Bowel cancer laparoscopyK002/9637 Bowel cancer laparoscopy. Footage of the view obtained by an endoscopic camera used during a laparoscopic inspection of a 65-year-old woman's abdominal (peritoneal) cavity in a case of bowel cancer. The first few seconds show views of the surgeons and the operating theatre. Then the endoscopic camera is inserted through a keyhole port and inside the patient's abdomen. The yellow material is internal fat deposits, with blood vessels (red) seen on internal organs which here include the intestines. About a third of way through the clip, the camera is used to observe a second keyhole port being inserted, with the tip seen penetrating into the abdominal cavity. The camera is then moved around to explore various features. Mid-way through the clip, a set of endoscopic forceps is used to move some of the tissue to help identify the organs. The cavity itself, normally compressed, is here distended by the injection of a gas such as carbon dioxide. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms (see clips K002/9677 to K002/9639). Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world.https://www.sciencephoto.com/image/424319/350wm/K0029637-Bowel_cancer_laparoscopy-SPL.jpghttps://www.sciencephoto.com/image/424319/preview/K0029637-Bowel_cancer_laparoscopy-SPL.mp4225.192011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalblood vesselsbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfatfemale patientforcepshttps://www.sciencephoto.com/media/424320/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0684 Spot-tail frogfishK003/0684 Spot-tail Frogfish with eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424320/350wm/K0030684-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424320/preview/K0030684-Spot-tail_frogfish-SPL.mp423.112011-09-26Yes1080i50abdulaboveadaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringclosecueggeggseyeeyesfacefatherfishfrogfrogfishfromhttps://www.sciencephoto.com/media/424322/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0160 Arthroscopic knee surgeryK003/0160 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424322/350wm/K0030160-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424322/preview/K0030160-Arthroscopic_knee_surgery-SPL.mp412.122011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424323/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0946 Fish over coralK003/0946 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424323/350wm/K0030946-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424323/preview/K0030946-Fish_over_coral-SPL.mp413.212011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seahttps://www.sciencephoto.com/media/424324/view/surgical-monitor-display-screen2018-11-06T15:34:52Z0.9K002/9638 Surgical monitor display screenK002/9638 Surgical monitor display screen. Footage of a hospital monitor being used during bowel surgery. This monitor displays the patient's vital signs (from top): heartbeat, various blood pressures, and (bottom 2 traces) oxygen and carbon dioxide levels in the blood. Values are displayed at right.https://www.sciencephoto.com/image/424324/350wm/K0029638-Surgical_monitor_display_screen-SPL.jpghttps://www.sciencephoto.com/image/424324/preview/K0029638-Surgical_monitor_display_screen-SPL.mp417.042011-09-26Yesbeating heartblood gasesblood pressurecarbon dioxidecardiaccardiovascularcirculationcirculatory systemdevicedisplayequipmenthealthcareheartheartbeathospitalmonitoroxygenpartial pressurepressuresrespiratoryscreensurgerysurgicaltechnologicaltechnologytracetracesvital signvital signshttps://www.sciencephoto.com/media/424325/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0685 Spot-tail frogfishK003/0685 Spot-tail Frogfish with eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424325/350wm/K0030685-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424325/preview/K0030685-Spot-tail_frogfish-SPL.mp411.032011-09-26Yes1080i50abdulaboveadaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringclosecueggeggseyeeyesfacefatherfishfrogfrogfishfromhttps://www.sciencephoto.com/media/424327/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0161 Arthroscopic knee surgeryK003/0161 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424327/350wm/K0030161-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424327/preview/K0030161-Arthroscopic_knee_surgery-SPL.mp4222011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424328/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9639 Bowel cancer surgeryK002/9639 Bowel cancer surgery. Clip 39 of 39. Footage of surgeons stapling together the edges of a sutured abdominal incision in a 65-year-old woman following open surgery to remove a malignant bowel tumour. This is the closing stages of the operation, which started out as a laparoscopic procedure (keyhole port incision visible at lower left), but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424328/350wm/K0029639-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424328/preview/K0029639-Bowel_cancer_surgery-SPL.mp426.112011-09-26No65 years old65-year-oldabdomenabdominalabdominal wallabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upclosingcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424329/view/giant-basket-star2018-10-20T00:28:23Z0.9K002/9895 Giant basket starK002/9895 Giant basket star (Astrophyton muricatum). The giant basket star is nocturnal, and uses its branched feeding arms to trap its prey. Filmed in Dominica, in the West Indies.https://www.sciencephoto.com/image/424329/350wm/K0029895-Giant_basket_star-SPL.jpghttps://www.sciencephoto.com/image/424329/preview/K0029895-Giant_basket_star-SPL.mp410.052011-09-26Yesanimal themesatlanticbasket starbiologicalbiologycaribbeancurrentechinodermfaunafloorgorgonocephalidaemarinemotionmovementnaturenightnight timeno oneno peoplenobodyoceanophiuroideaphrynophiuridaplankton netreal timereefseasea bedsea lifeseabedtropicalunderwaterhttps://www.sciencephoto.com/media/424330/view/scuba-divers2018-03-28T09:38:32Z0.9K003/0947 Scuba diversK003/0947 Underwater footage of a scuba diver taking photograph. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424330/350wm/K0030947-Scuba_divers-SPL.jpghttps://www.sciencephoto.com/image/424330/preview/K0030947-Scuba_divers-SPL.mp429.222011-09-26Yes30 seconds or greaterbahurang tubbatahadaydiverdiversdivinghand heldhand-heldhandheldoceanphilippinesphotographingpoint of viewpovreal timescuba diverscuba diversscuba divingseasmall group of peoplesulu seataking phototaking photographtaking photographstubbatahatubbataha reefs natural parkunderwaterunderwater cameraunderwater camerasunderwater photographywaterwide shothttps://www.sciencephoto.com/media/424331/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0686 Spot-tail frogfishK003/0686 Eggs on Spot-tail Frogfish swaying in current, fully formed babies visible, ECU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424331/350wm/K0030686-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424331/preview/K0030686-Spot-tail_frogfish-SPL.mp491.112011-09-26Yes1080i50abduladaptationangleranglerfishanimalantennariidaeattachattachedbabiesbabybcubigbizarreborneobroodcasingcasingsclosecucurrentecueggeggsextremefishfrogfrogfishhatchhatchinghdvincubatehttps://www.sciencephoto.com/media/424332/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0162 Arthroscopic knee surgeryK003/0162 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424332/350wm/K0030162-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424332/preview/K0030162-Arthroscopic_knee_surgery-SPL.mp4352011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424334/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9640 Bowel cancer surgeryK002/9640 Bowel cancer surgery. Clip 38 of 39. Footage of surgeons suturing a keyhole port incision in the abdominal wall of a 65-year-old woman following open surgery to remove a malignant bowel tumour. This is the closing stages of the operation, which started out as a laparoscopic procedure (hence the keyhole port incisions), but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424334/350wm/K0029640-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424334/preview/K0029640-Bowel_cancer_surgery-SPL.mp423.122011-09-26No65 years old65-year-oldabdomenabdominalabdominal wallabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upclosingcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424335/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0687 Spot-tail frogfishK003/0687 Spot-tail Frogfish aerating eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424335/350wm/K0030687-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424335/preview/K0030687-Spot-tail_frogfish-SPL.mp447.222011-09-26Yes1080i50abduladaptationaerateaeratingangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringclosecueggeggsfatherfishfrogfrogfishhdvincubateincubationhttps://www.sciencephoto.com/media/424336/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0163 Arthroscopic knee surgeryK003/0163 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. During this clip, fluid being used to wash out the joint is drained into a bowl. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424336/350wm/K0030163-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424336/preview/K0030163-Arthroscopic_knee_surgery-SPL.mp4202011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybowlcaucasiandebridementdrainagedrainedendoscopeendoscopesendoscopicequipmentexploratoryfluidhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasivehttps://www.sciencephoto.com/media/424337/view/vase-sponge-spawning2018-10-20T00:28:23Z0.9K002/9896 Vase sponge spawningK002/9896 Vase sponge (phylum Porifera) spawning. Vase sponges reproduce by releasing sperm and ova into the ocean. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424337/350wm/K0029896-Vase_sponge_spawning-SPL.jpghttps://www.sciencephoto.com/image/424337/preview/K0029896-Vase_sponge_spawning-SPL.mp410.232011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimedeepfaunafloormarinemotionmovementnatureno oneno peoplenobodyoceanovaporiferareal timereproductionreproductiveseasea bedsea lifeseabedspawnspawningspermspongetropicalhttps://www.sciencephoto.com/media/424339/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9641 Bowel cancer surgeryK002/9641 Bowel cancer surgery. Clip 37 of 39. Extended footage of surgeons suturing the abdominal wall of a 65-year-old woman following open surgery to remove a malignant bowel tumour. At the end of the clip, they measure the length of the incision. This is the closing stages of the operation, which started out as a laparoscopic procedure (keyhole port incisions visible towards the end of the clip), but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424339/350wm/K0029641-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424339/preview/K0029641-Bowel_cancer_surgery-SPL.mp4263.052011-09-26No65 years old65-year-oldabdomenabdominalabdominal wallabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upclosingcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424340/view/scuba-divers2018-03-28T09:38:32Z0.9K003/0948 Scuba diversK003/0948 Underwater footage of scuba divers. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424340/350wm/K0030948-Scuba_divers-SPL.jpghttps://www.sciencephoto.com/image/424340/preview/K0030948-Scuba_divers-SPL.mp417.092011-09-26Yes10 seconds or greaterbahurang tubbatahadaydiverdiversdivinghand heldhand-heldhandheldoceanphilippinesreal timescuba diverscuba diversscuba divingseasmall group of peoplesulu seatubbatahatubbataha reefs natural parkunderwaterwaterwide shothttps://www.sciencephoto.com/media/424341/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0688 Spot-tail frogfishK003/0688 Spot-tail Frogfish aerating eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424341/350wm/K0030688-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424341/preview/K0030688-Spot-tail_frogfish-SPL.mp433.232011-09-26Yes1080i50abduladaptationaerateaeratingangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringclosecueggeggsfatherfishfrogfrogfishhdvincubateincubationhttps://www.sciencephoto.com/media/424342/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0164 Arthroscopic knee surgeryK003/0164 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424342/350wm/K0030164-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424342/preview/K0030164-Arthroscopic_knee_surgery-SPL.mp4472011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424343/view/burrell-steam-engine2018-03-28T09:38:32Z0.9K002/9395 Burrell steam engineK002/9395 Burrell steam engine being driven. This is a working replica of an engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424343/350wm/K0029395-Burrell_steam_engine-SPL.jpghttps://www.sciencephoto.com/image/424343/preview/K0029395-Burrell_steam_engine-SPL.mp419.082011-09-26Yes10 seconds or greater19th centuryadultburrellcharles burrell and sonschimneychimneysdriverdriversdrivingengineengine driverengine driversengineeringenginesfunnelfunnelshand heldhand-heldhandheldlocomotivelocomotivesmanmenmodeloldold fashionedone personpeoplereal timereplicaroadhttps://www.sciencephoto.com/media/424344/view/vase-sponge-spawning2018-10-20T00:28:23Z0.9K002/9897 Vase sponge spawningK002/9897 Vase sponge (phylum Porifera) spawning. Vase sponges reproduce by releasing sperm and ova into the ocean. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424344/350wm/K0029897-Vase_sponge_spawning-SPL.jpghttps://www.sciencephoto.com/image/424344/preview/K0029897-Vase_sponge_spawning-SPL.mp425.142011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimedeepfaunafloormarinemotionmovementnatureno oneno peoplenobodyoceanovaporiferareal timereproductionreproductiveseasea bedsea lifeseabedspawnspawningspermspongetropicalhttps://www.sciencephoto.com/media/424345/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9642 Bowel cancer surgeryK002/9642 Bowel cancer surgery. Clip 36 of 39. Footage of surgeons suturing the abdominal wall of a 65-year-old woman following open surgery to remove a malignant bowel tumour. This is the closing stages of the operation, which started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424345/350wm/K0029642-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424345/preview/K0029642-Bowel_cancer_surgery-SPL.mp418.232011-09-26No65 years old65-year-oldabdomenabdominalabdominal wallabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upclosingcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424346/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0689 Spot-tail frogfishK003/0689 Spot-tail Frogfish with eggs, CU, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424346/350wm/K0030689-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424346/preview/K0030689-Spot-tail_frogfish-SPL.mp433.052011-09-26Yes1080i50abduladaptationaerateaeratingangleranglerfishanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcarecaringclosecueggeggsfatherfishfrogfrogfishhdvincubateincubationlophiocharonmalaysiahttps://www.sciencephoto.com/media/424347/view/oiling-a-steam-engine2018-03-28T09:38:32Z0.9K002/9396 Oiling a steam engineK002/9396 Oiling a Burrell steam engine, a working replica of an engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424347/350wm/K0029396-Oiling_a_steam_engine-SPL.jpghttps://www.sciencephoto.com/image/424347/preview/K0029396-Oiling_a_steam_engine-SPL.mp415.042011-09-26Yes10 seconds or greater19th centuryapplyingbackground peopleburrellcarecharles burrell and sonsclose upclose-upcloseupcogcogsengineengineerengineeringengineersengineshandhand heldhand-heldhandheldhandshistorichistoricalhistoryholdingimprovementincidental peoplelocomotivelocomotiveslubricatinglubricationhttps://www.sciencephoto.com/media/424348/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0165 Arthroscopic knee surgeryK003/0165 Arthroscopic knee surgery. Close-up of an endoscopic view of an arthroscopic tool being used by an orthopaedic surgeon during keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces (as shown here). Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424348/350wm/K0030165-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424348/preview/K0030165-Arthroscopic_knee_surgery-SPL.mp413.152011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybone sawbone smoothingcaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratorygrinderhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmedicalmedicineminimally invasiveoperatingoperating roomoperating theatrehttps://www.sciencephoto.com/media/424349/view/tube-sponges-and-crinoid2018-10-20T00:28:23Z0.9K002/9898 Tube sponges and crinoidK002/9898 Tube sponges (family Aplysinidae). Tube sponges can grow up to 1.5 metres high. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424349/350wm/K0029898-Tube_sponges_and_crinoid-SPL.jpghttps://www.sciencephoto.com/image/424349/preview/K0029898-Tube_sponges_and_crinoid-SPL.mp411.222011-09-26Yesanimal themesanimalsaplysina archeriaplysinidaeatlanticbiologicalbiologycaribbeancrinoidcrinoideadaydaytimeechinodermechinodermatafaunafloormarinemotionmovementnatureno oneno peoplenobodyoceanreal timereefrope spongeseasea bedsea lifeseabedtropicalhttps://www.sciencephoto.com/media/424350/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9643 Bowel cancer surgeryK002/9643 Bowel cancer surgery. Clip 35 of 39. Footage of surgeons suturing the abdominal wall of a 65-year-old woman following open surgery to remove a malignant bowel tumour. Towards the end of the clip, the intestines begin to protrude again through the incision and will need to be replaced a second time. This is the closing stages of the operation, which started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424350/350wm/K0029643-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424350/preview/K0029643-Bowel_cancer_surgery-SPL.mp470.072011-09-26No65 years old65-year-oldabdomenabdominalabdominal wallabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upclosingcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424351/view/west-nile-virus-with-antibodies2018-10-20T00:28:39Z0.9K003/0444 West Nile virus with antibodiesK003/0444 West Nile virus bound by human antibodies, animated model. West Nile virus can cause fever or potentially fatal meningitis or encephalitis in humans, although many cases do not cause symptoms. The reservoir of the virus is in birds, and it is transmitted by the bites of infected mosquitoes. West Nile virus is a Flavivirus, containing positive-sense single-stranded RNA genetic material. In this model, the virus has been bound and inactivated by Fab fragments of the human monoclonal antibody CR4354. The antibody prevents infection by blocking the fusion of the virus with its target cell.https://www.sciencephoto.com/image/424351/350wm/K0030444-West_Nile_virus_with_antibodies-SPL.jpghttps://www.sciencephoto.com/image/424351/preview/K0030444-West_Nile_virus_with_antibodies-SPL.mp48.082011-09-26Yesanimatedanimationantibodiesantibodybindingbiologicalbiologyboundcapsidconditioncr4354diseasedisorderencephalitisfabflaviviridaeflavivirushealthcarehumaninactivatedlooploop-ableloopablemabmedicalmedicinemeningitismicrobiologicalmicrobiologymoabmodelmonoclonal antibodyhttps://www.sciencephoto.com/media/424352/view/spot-tail-frogfish2018-03-28T09:38:32Z0.9K003/0690 Spot-tail frogfishK003/0690 Spot-tail Frogfish with eggs sitting on a Reef Stonefish, Sapi Island, Sabah, Malaysia, Borneohttps://www.sciencephoto.com/image/424352/350wm/K0030690-Spot-tail_frogfish-SPL.jpghttps://www.sciencephoto.com/image/424352/preview/K0030690-Spot-tail_frogfish-SPL.mp414.172011-09-26Yes1080i50abduladaptationaerateaeratingangleranglerfishangryanimalantennariidaeattachattachedbabiesbabybizarreborneobroodbroodingcamouflagecamouflagedcarecaringcrankyeggeggsfatherfishfrogfrogfishgrumpyhdvhiddenhttps://www.sciencephoto.com/media/424353/view/dead-coral-on-a-seabed2018-03-28T09:38:32Z0.9K003/0949 Dead coral on a seabedK003/0949 Dead coral reef on the seabed. Filmed in Tubbataha, the Philippines.https://www.sciencephoto.com/image/424353/350wm/K0030949-Dead_coral_on_a_seabed-SPL.jpghttps://www.sciencephoto.com/image/424353/preview/K0030949-Dead_coral_on_a_seabed-SPL.mp469.042011-09-26Yesanimalsbluecoraldamageddeaddeepdestroyeddestructiondivedivingfaunafloorindo-pacifickilledmarineoceanpacificphilippinesreefreefsseabedsouth-east asiasoutheast asiatropicaltropicstubbatahaunder waterunderwaterunhealthywildlifehttps://www.sciencephoto.com/media/424354/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0166 Arthroscopic knee surgeryK003/0166 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424354/350wm/K0030166-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424354/preview/K0030166-Arthroscopic_knee_surgery-SPL.mp4392011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424355/view/blue-hepatica-flowers2018-10-20T00:27:58Z0.9K002/8879 Blue Hepatica flowersK002/8879 Blue Hepatica spring flowers. Filmed in Sweden.https://www.sciencephoto.com/image/424355/350wm/K0028879-Blue_Hepatica_flowers-SPL.jpghttps://www.sciencephoto.com/image/424355/preview/K0028879-Blue_Hepatica_flowers-SPL.mp4202011-09-26Yesbluebotanicbotanicalcolorfuldayenvironmenteuropeeuropeanflowersgroundhepaticaleafliverleafliverwortnatureoutdoorplantseasonspringswedenswedishvegetationwildflowerwildflowerswindhttps://www.sciencephoto.com/media/424356/view/steam-engine-governor2018-11-04T15:32:27Z0.9K002/9397 Steam engine governorK002/9397 Zooming in to the centrifugal governor of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424356/350wm/K0029397-Steam_engine_governor-SPL.jpghttps://www.sciencephoto.com/image/424356/preview/K0029397-Steam_engine_governor-SPL.mp423.082011-09-26Yes19th century20 seconds or greaterburrellcharles burrell and sonsclose upclose-upcloseupengineengineeringenginesgovernorhistorichistoricalhistorylocomotivelocomotivesmetalmodelmotionmovementmovingno-onenobodyoldold fashionedpowerreal timereplicaspeedspinningsteam enginesteam engineshttps://www.sciencephoto.com/media/424357/view/golden-crinoid-and-sponge2018-10-20T00:28:23Z0.9K002/9899 Golden crinoid and spongeK002/9899 Arms of a golden crinoid (Davidaster rubiginosa) by a blue sponge. The golden crinoid is an echinoderm, a relative of the starfish, and has up to twenty arms. It uses these to filter particles of food from the water. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424357/350wm/K0029899-Golden_crinoid_and_sponge-SPL.jpghttps://www.sciencephoto.com/image/424357/preview/K0029899-Golden_crinoid_and_sponge-SPL.mp48.072011-09-26Yesanimal themesatlanticbiologicalbiologybluecaribbeancomasteridaecrinoidcrinoideadavidaster rubiginosadaydaytimeechinodermechinodermatafaunafeather stargolden crinoidmarinemotionmovementnatureno oneno peoplenobodyoceanporiferareal timeseasea lifespongeswelltropicalhttps://www.sciencephoto.com/media/424358/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9644 Bowel cancer surgeryK002/9644 Bowel cancer surgery. Clip 34 of 39. Footage of surgeons replacing the intestines of a 65-year-old woman inside her abdomen following open surgery to remove a malignant bowel tumour. This is a late stage of the operation and the bulk of the tumour has already been removed (debulking). The intestines are being returned through the plastic tubing used to extract them through an incision. For the clip showing the implanting of this tubing, see K002/9662. This stage will be followed by suturing and stapling as the surgeons close up the incisions. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424358/350wm/K0029644-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424358/preview/K0029644-Bowel_cancer_surgery-SPL.mp426.22011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopic bagexposedfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424359/view/catfish-shoal-feeding2018-03-28T09:38:32Z0.9K003/0691 Catfish shoal feedingK003/0691 Shoal of striped eel catfish (Plotosus lineatus) feeding in a group on a sandy seabed. The fish constantly turn the sand looking for small animals. This catfish has a poisonous spine on its fins, which can even be fatal to humans. Filmed off Sapi Island, in Malaysian Borneo.https://www.sciencephoto.com/image/424359/350wm/K0030691-Catfish_shoal_feeding-SPL.jpghttps://www.sciencephoto.com/image/424359/preview/K0030691-Catfish_shoal_feeding-SPL.mp412.12011-09-26Yesanimalbenthicbiologicalbiologyborneodangerousdeadlydemersaleatingeeltailfatalfaunafeedingfishhuntingindo-pacificlinedmalaysiamarinenatureplotosus lineatuspoisonpoisonoussabahsandsandysapischoolschoolingseabedshallowshoalhttps://www.sciencephoto.com/media/424360/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0950 School of fishK003/0950 Underwater footage of a school of fish swimming over seabed. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424360/350wm/K0030950-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424360/preview/K0030950-School_of_fish-SPL.mp449.212011-09-26Yes50 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseaseabedshoal of fishsulu seaswimmingthe natural worldtracking shothttps://www.sciencephoto.com/media/424361/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0167 Arthroscopic knee surgeryK003/0167 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424361/350wm/K0030167-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424361/preview/K0030167-Arthroscopic_knee_surgery-SPL.mp4232011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424362/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9645 Bowel cancer surgeryK002/9645 Bowel cancer surgery. Clip 33 of 39. Footage of surgeons replacing the intestines of a 65-year-old woman inside her abdomen following open surgery to remove a malignant bowel tumour. This is a late stage of the operation and the bulk of the tumour has already been removed (debulking). The intestines are being returned through the plastic tubing used to extract them through an incision. For the clip showing the implanting of this tubing, see K002/9662. This stage will be followed by suturing and stapling as the surgeons close up the incisions. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424362/350wm/K0029645-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424362/preview/K0029645-Bowel_cancer_surgery-SPL.mp418.072011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopic bagexposedfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424363/view/blue-hepatica-flowers2018-10-20T00:27:58Z0.9K002/8880 Blue Hepatica flowersK002/8880 Blue Hepatica spring flowers. Filmed in Sweden.https://www.sciencephoto.com/image/424363/350wm/K0028880-Blue_Hepatica_flowers-SPL.jpghttps://www.sciencephoto.com/image/424363/preview/K0028880-Blue_Hepatica_flowers-SPL.mp4202011-09-26Yesbluebotanicbotanicalcolorfuldayenvironmenteuropeeuropeanflowersgroundhepaticaleafliverleafliverwortnatureoutdoorplantseasonspringswedenswedishvegetationwildflowerwildflowerswindhttps://www.sciencephoto.com/media/424365/view/west-nile-virus2018-11-06T15:38:30Z0.9K003/0445 West Nile virusK003/0445 West Nile virus, animated model. West Nile virus can cause fever or potentially fatal meningitis or encephalitis in humans, although many cases do not cause symptoms. The reservoir of the virus is in birds, and it is transmitted by the bites of infected mosquitoes. West Nile virus is a Flavivirus, containing positive-sense single-stranded RNA genetic material.https://www.sciencephoto.com/image/424365/350wm/K0030445-West_Nile_virus-SPL.jpghttps://www.sciencephoto.com/image/424365/preview/K0030445-West_Nile_virus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidconditiondiseasedisorderencephalitisflaviviridaeflavivirushealthcarehumanlooploop-ableloopablemedicalmedicinemeningitismicrobiologicalmicrobiologymodelparticlepathogenpathogenicpositive sensepositive-senserna virusrotatingsingle strandsingle-strandssrnahttps://www.sciencephoto.com/media/424366/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0168 Arthroscopic knee surgeryK003/0168 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424366/350wm/K0030168-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424366/preview/K0030168-Arthroscopic_knee_surgery-SPL.mp4252011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424367/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0951 School of fishK003/0951 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424367/350wm/K0030951-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424367/preview/K0030951-School_of_fish-SPL.mp424.162011-09-26Yes20 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahahttps://www.sciencephoto.com/media/424368/view/steam-engine-chimney2018-03-28T09:38:32Z0.9K002/9398 Steam engine chimneyK002/9398 Close-up of the chimney of a steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424368/350wm/K0029398-Steam_engine_chimney-SPL.jpghttps://www.sciencephoto.com/image/424368/preview/K0029398-Steam_engine_chimney-SPL.mp418.072011-09-26Yes10 seconds or greater19th centuryburrellcharles burrell and sonschimneychimneysclose upclose-upcloseupengineengineeringenginesfluefunnelfunnelslockdownlocked offlocomotivelocomotivesmodelno-onenobodyoldold fashionedreal timereplicastaticstationarysteam enginesteam enginessteam locomotivesteam locomotiveshttps://www.sciencephoto.com/media/424369/view/catfish-shoal-feeding2018-03-28T09:38:32Z0.9K003/0692 Catfish shoal feedingK003/0692 Shoal of striped eel catfish (Plotosus lineatus) feeding in a group on a sandy seabed. The fish constantly turn the sand looking for small animals. This catfish has a poisonous spine on its fins, which can even be fatal to humans. Filmed off Sapi Island, in Malaysian Borneo.https://www.sciencephoto.com/image/424369/350wm/K0030692-Catfish_shoal_feeding-SPL.jpghttps://www.sciencephoto.com/image/424369/preview/K0030692-Catfish_shoal_feeding-SPL.mp479.042011-09-26Yesanimalbenthicbiologicalbiologyborneodangerousdeadlydemersaleatingeeltailfatalfaunafeedingfishhuntingindo-pacificlinedmalaysiamarinenatureplotosus lineatuspoisonpoisonoussabahsandsandysapischoolschoolingseabedshallowshoalhttps://www.sciencephoto.com/media/424370/view/encrusting-tunicate2018-10-20T00:28:23Z0.9K002/9901 Encrusting tunicateK002/9901 Encrusting tunicate covering a rock. Tunicates are sessile filter feeders. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424370/350wm/K0029901-Encrusting_tunicate-SPL.jpghttps://www.sciencephoto.com/image/424370/preview/K0029901-Encrusting_tunicate-SPL.mp417.012011-09-26Yesanimal themesascidianatlanticbiologicalbiologycaribbeandaydaytimeencrustingfaunafilter feedermarinemotionmovementnatureno oneno peoplenobodyoceanreal timeredreefseasea lifestoneswelltropicaltunicateunderwaterurochordateswesternwildhttps://www.sciencephoto.com/media/424371/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9646 Bowel cancer surgeryK002/9646 Bowel cancer surgery. Clip 32 of 39. Footage of surgeons suturing the intestines of a 65-year-old woman following open surgery to remove a malignant bowel tumour. This is a late stage of the operation and the bulk of the tumour has already been removed (debulking). This will be followed by replacing the intestines inside the abdomen and suturing and stapling as the surgeons close up the incisions. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424371/350wm/K0029646-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424371/preview/K0029646-Bowel_cancer_surgery-SPL.mp438.142011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexposedfemale patientgastrointestinal tractgi surgerygutshandshealthcarehospitalhttps://www.sciencephoto.com/media/424372/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0169 Arthroscopic knee surgeryK003/0169 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424372/350wm/K0030169-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424372/preview/K0030169-Arthroscopic_knee_surgery-SPL.mp4352011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424373/view/urinalysis-test-kit2018-10-20T00:27:58Z0.9K002/8881 Urinalysis test kitK002/8881 Urinalysis test kit. The stick has been dipped into a patient's urine, and the patches down its length change colour in the presence of certain chemicals. Comparing the colours to the reference chart allows the detection of abnormal compounds in the urine, which can be used to diagnose diseases.https://www.sciencephoto.com/image/424373/350wm/K0028881-Urinalysis_test_kit-SPL.jpghttps://www.sciencephoto.com/image/424373/preview/K0028881-Urinalysis_test_kit-SPL.mp414.092011-09-26Yesanalysinganalysisanalyzingcheckcheckingcolorscolour changecoloursconditiondiagnosisdiagnosticdipdippeddipstickdiseasedisorderdoctorgloved handgloveshandsindicatingindicatorkitmedicalmedicinepatientsticktesttestingurinalysisurinary systemurinehttps://www.sciencephoto.com/media/424374/view/steam-engine-running2018-03-28T09:38:32Z0.9K002/9399 Steam engine runningK002/9399 Close-up of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424374/350wm/K0029399-Steam_engine_running-SPL.jpghttps://www.sciencephoto.com/image/424374/preview/K0029399-Steam_engine_running-SPL.mp414.22011-09-26Yes10 seconds or greater19th centurybeltbeltsburrellcharles burrell and sonsclose upclose-upcloseupengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyoldhttps://www.sciencephoto.com/media/424375/view/great-white-shark2018-03-28T09:38:32Z0.9K003/0693 Great white sharkK003/0693 Great white shark (Carcharodon carcharias) swimming with a shoal of fish. Filmed off Struisbaai, Cape Town, South Africa.https://www.sciencephoto.com/image/424375/350wm/K0030693-Great_white_shark-SPL.jpghttps://www.sciencephoto.com/image/424375/preview/K0030693-Great_white_shark-SPL.mp423.12011-09-26Yesafricananimalbigcape towncarcharodon carchariascarnivorecarnivorouselasmobranchfaunafearfearfulfishgreat white sharkjawslargemarinemenacemenacingoceanpredationpredatorscarysharksouth africastruisbaaiteethunderwaterwidescreenwildlifehttps://www.sciencephoto.com/media/424376/view/herpes-simplex-virus-12018-11-06T15:32:55Z0.9K003/0446 Herpes simplex virus 1K003/0446 Herpes simplex virus type Ib, animated model. HSV-1 is a common virus that usually causes oral cold sores in humans, although it can be sexually transmitted, causing genital herpes. It is a double-stranded DNA virus of the Herpesviridae family.https://www.sciencephoto.com/image/424376/350wm/K0030446-Herpes_simplex_virus_1-SPL.jpghttps://www.sciencephoto.com/image/424376/preview/K0030446-Herpes_simplex_virus_1-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidcold sorecold soresconditioncontagiousdiseasedisorderdna virusdouble stranddouble-stranddsdnaflavivirusgenitalhealthcareherpesherpes simplexherpesviridaehsvhsv ibhsv-1humaninfectionlooploop-ableloopablemedicalmedicinemicrobiologicalhttps://www.sciencephoto.com/media/424377/view/divers-with-fish2018-03-28T09:38:32Z0.9K003/0952 Divers with fishK003/0952 Underwater footage of scuba divers and a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424377/350wm/K0030952-Divers_with_fish-SPL.jpghttps://www.sciencephoto.com/image/424377/preview/K0030952-Divers_with_fish-SPL.mp433.242011-09-26Yes30 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadaydiverdiversdivingfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureoceanphilippinesreal timeschool of fishscuba diverscuba diversscuba divingseashoal of fishsmall group of peoplehttps://www.sciencephoto.com/media/424378/view/sponges-on-a-reef2018-10-20T00:28:23Z0.9K002/9902 Sponges on a reefK002/9902 Sponges (phylum Porifera) on a reef. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424378/350wm/K0029902-Sponges_on_a_reef-SPL.jpghttps://www.sciencephoto.com/image/424378/preview/K0029902-Sponges_on_a_reef-SPL.mp45.092011-09-26Yesanimal themesatlanticbarrel spongebiologicalbiologybluebrowncaribbeandaydaytimefaunafloormarinemotionmovementnatureno oneno peoplenobodyoceanpetrosiidaereal timereefseasea bedsea lifeseabedspongespongestropicalunderwaterwesternhttps://www.sciencephoto.com/media/424379/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0170 Arthroscopic knee surgeryK003/0170 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424379/350wm/K0030170-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424379/preview/K0030170-Arthroscopic_knee_surgery-SPL.mp4302011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424380/view/steam-engine-pistons2018-03-28T09:38:32Z0.9K002/9400 Steam engine pistonsK002/9400 Close-up of the pistons of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424380/350wm/K0029400-Steam_engine_pistons-SPL.jpghttps://www.sciencephoto.com/image/424380/preview/K0029400-Steam_engine_pistons-SPL.mp412.162011-09-26Yes10 seconds or greater19th centuryburrellcharles burrell and sonsclose upclose-upcloseupengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyoldold fashionedpistonhttps://www.sciencephoto.com/media/424381/view/great-white-shark2018-03-28T09:38:32Z0.9K003/0694 Great white sharkK003/0694 Great white shark (Carcharodon carcharias) underwater. Filmed off Struisbaai, Cape Town, South Africa.https://www.sciencephoto.com/image/424381/350wm/K0030694-Great_white_shark-SPL.jpghttps://www.sciencephoto.com/image/424381/preview/K0030694-Great_white_shark-SPL.mp410.032011-09-26Yesafricananimalbigcape towncarcharodon carchariascarnivorecarnivorouselasmobranchfaunafearfearfulfishgreat white sharkjawslargemarinemenacemenacingoceanpredationpredatorscarysharksouth africastruisbaaiteethunderwaterwidescreenwildlifehttps://www.sciencephoto.com/media/424382/view/epsilon-15-bacteriophage-virus2018-10-20T00:28:39Z0.9K003/0447 Epsilon 15, bacteriophage virusK003/0447 Epsilon 15 bacteriophage virus, animated model. Epsilon 15 specifically attacks Salmonella bacteria, and is not pathogenic in humans. For this reason it is being investigated for use as a treatment of Salmonella infections. Epsilon 15 is a double-stranded DNA virus of the family Caudoviridae.https://www.sciencephoto.com/image/424382/350wm/K0030447-Epsilon_15,_bacteriophage_virus-SPL.jpghttps://www.sciencephoto.com/image/424382/preview/K0030447-Epsilon_15,_bacteriophage_virus-SPL.mp48.082011-09-26Yesanimatedanimationantibioticbacterialbacteriophagebiologicalbiologycapsidcaudiviruscontrol agentdna virusdouble stranddouble-stranddsdnaepsilon 15fifteenhealthcarelooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticlerotatingsalmonellastrandedviralvirionvirushttps://www.sciencephoto.com/media/424383/view/diver-with-fish2018-03-28T09:38:32Z0.9K003/0953 Diver with fishK003/0953 Underwater footage of a scuba diver and a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424383/350wm/K0030953-Diver_with_fish-SPL.jpghttps://www.sciencephoto.com/image/424383/preview/K0030953-Diver_with_fish-SPL.mp427.112011-09-26Yes20 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadaydiverdiversdivingfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureoceanone personphilippinesphotographingreal timeschool of fishscuba diverscuba diversscuba divingseahttps://www.sciencephoto.com/media/424384/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0171 Arthroscopic knee surgeryK003/0171 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424384/350wm/K0030171-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424384/preview/K0030171-Arthroscopic_knee_surgery-SPL.mp412.032011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424385/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9647 Bowel cancer surgeryK002/9647 Bowel cancer surgery. Clip 31 of 39. Footage of surgeons examining the intestines of a 65-year-old woman following open surgery to remove a malignant bowel tumour. This is a late stage of the operation and the bulk of the tumour has already been removed (debulking). This will be followed by replacing the intestines inside the abdomen and suturing and stapling as the surgeons close up the incisions. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424385/350wm/K0029647-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424385/preview/K0029647-Bowel_cancer_surgery-SPL.mp423.012011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexposedfemale patientgastrointestinal tractgi surgerygutshandshealthcarehospitalhttps://www.sciencephoto.com/media/424386/view/great-white-shark2018-11-06T15:35:54Z0.9K003/0695 Great white sharkK003/0695 Great white shark (Carcharodon carcharias) underwater. Filmed off Struisbaai, Cape Town, South Africa.https://www.sciencephoto.com/image/424386/350wm/K0030695-Great_white_shark-SPL.jpghttps://www.sciencephoto.com/image/424386/preview/K0030695-Great_white_shark-SPL.mp49.172011-09-26Yesafricananimalbigcape towncarcharodon carchariascarnivorecarnivorouselasmobranchfaunafearfearfulfishgreat white sharkjawslargemarinemenacemenacingoceanpredationpredatorscarysharksouth africastruisbaaiteethunderwaterwidescreenwildlifehttps://www.sciencephoto.com/media/424388/view/pores-of-a-sponge2018-10-20T00:28:23Z0.9K002/9903 Pores of a spongeK002/9903 Close-up of the pores of a sponge (phylum Porifera). Sponges are sessile filter-feeding animals that pass water through these pores, removing food particles as they do so. It is these pores that give the phylum its name - Porifera is Greek for pore-bearing . Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424388/350wm/K0029903-Pores_of_a_sponge-SPL.jpghttps://www.sciencephoto.com/image/424388/preview/K0029903-Pores_of_a_sponge-SPL.mp48.22011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunaholeholeslivingmarinemotionmovementnatureno oneno peoplenobodyoceanporeporesreal timereefseasea lifetropicalunderwaterwesternwildwildlifeyellowzoologicalhttps://www.sciencephoto.com/media/424389/view/hepatitis-b-virus2018-10-20T00:28:39Z0.9K003/0448 Hepatitis B virusK003/0448 Hepatitis B virus, animated model. Hepatitis B virus is extremely common, and is endemic in some regions of the world. It is thought to have infected more then two billion people worldwide. It is transmitted by contact with infected body fluids, such as blood and semen. It causes acute hepatitis, an inflammatory disease of the liver, which can be fatal in rare cases. Some 350 million people are chronic carriers of the virus, which can lead to cirrhosis and fatal liver cancer. A vaccine for HBV exists, but it hasnot been rolled out globally. HBV is a partially double-stranded DNA virus that replicates through an RNA intermediate using reverse transcriptase.https://www.sciencephoto.com/image/424389/350wm/K0030448-Hepatitis_B_virus-SPL.jpghttps://www.sciencephoto.com/image/424389/preview/K0030448-Hepatitis_B_virus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycancercapsidcirrhosiscommondna virusdouble stranddouble-stranddsdna-rtendemicglobalhealthcarehepatichepatitishepdnaviridaeinflammationliverlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelpartiallyparticlerotatingstrandedhttps://www.sciencephoto.com/media/424390/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0954 School of fishK003/0954 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424390/350wm/K0030954-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424390/preview/K0030954-School_of_fish-SPL.mp455.212011-09-26Yes50 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahahttps://www.sciencephoto.com/media/424391/view/steam-engine-governor2018-03-28T09:38:32Z0.9K002/9401 Steam engine governorK002/9401 Tilting up to the centrifugal governor of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424391/350wm/K0029401-Steam_engine_governor-SPL.jpghttps://www.sciencephoto.com/image/424391/preview/K0029401-Steam_engine_governor-SPL.mp46.182011-09-26Yes19th centurybeltbeltsburrellcharles burrell and sonsclose upclose-upcloseupengineengineeringenginesgovernorhand heldhand-heldhandheldhistorichistoricalhistoryless than 10 secondslocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyhttps://www.sciencephoto.com/media/424392/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9648 Bowel cancer surgeryK002/9648 Bowel cancer surgery. Clip 30 of 39. Footage of surgeons using a large set of cautery shears during open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This clip, which follows extensive preparatory surgery, shows the actual removal of the bulk of the tumour, deposited in the kidney dish at lower left. This was followed by replacing the intestines inside the abdomen and suturing and stapling as the surgeons closed up the incisions. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424392/350wm/K0029648-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424392/preview/K0029648-Bowel_cancer_surgery-SPL.mp440.222011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcauterised woundcautery shearscautery toolclean cutclinical specimenclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorshttps://www.sciencephoto.com/media/424393/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0172 Arthroscopic knee surgeryK003/0172 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424393/350wm/K0030172-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424393/preview/K0030172-Arthroscopic_knee_surgery-SPL.mp4262011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424394/view/great-white-shark2018-03-28T09:38:32Z0.9K003/0696 Great white sharkK003/0696 Great white shark (Carcharodon carcharias) underwater. Filmed off Struisbaai, Cape Town, South Africa.https://www.sciencephoto.com/image/424394/350wm/K0030696-Great_white_shark-SPL.jpghttps://www.sciencephoto.com/image/424394/preview/K0030696-Great_white_shark-SPL.mp412.052011-09-26Yesafricananimalbigcape towncarcharodon carchariascarnivorecarnivorouselasmobranchfaunafearfearfulfishgreat white sharkjawslargemarinemenacemenacingoceanpredationpredatorscarysharksouth africastruisbaaiteethunderwaterwidescreenwildlifehttps://www.sciencephoto.com/media/424395/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0955 School of fishK003/0955 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424395/350wm/K0030955-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424395/preview/K0030955-School_of_fish-SPL.mp442.022011-09-26Yes40 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbackground peoplebahurang tubbatahadayfaunafishhand heldhand-heldhandheldincidental peoplelarge group of animalsmarine animalnaturalnatureoceanpeople in the backgroundphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahahttps://www.sciencephoto.com/media/424397/view/sars-coronavirus2018-11-06T15:36:47Z0.9K003/0449 SARS coronavirusK003/0449 SARS coronavirus, animated model. This virus causes severe acute respiratory syndrome (SARS), which emerged as a pandemic in late 2002. It caused 8422 cases and 916 deaths, a mortality rate of 9%. SARS leads to flu-like symptoms. SARS-CoV is a positive-sense single-stranded RNA virus.https://www.sciencephoto.com/image/424397/350wm/K0030449-SARS_coronavirus-SPL.jpghttps://www.sciencephoto.com/image/424397/preview/K0030449-SARS_coronavirus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidconditioncoronaviridaecoronavirusdiseasedisorderflu-likehealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticlepathogenpathogenicpositive sensepositive-senserespiratoryrna virusrotatingsars-coasingle strandsingle-strandhttps://www.sciencephoto.com/media/424398/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9649 Bowel cancer surgeryK002/9649 Bowel cancer surgery. Clip 29 of 39. Footage of surgeons using a large set of cautery shears during open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424398/350wm/K0029649-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424398/preview/K0029649-Bowel_cancer_surgery-SPL.mp4582011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcauterised woundcautery shearscautery toolclean cutclinical specimenclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorshttps://www.sciencephoto.com/media/424399/view/steam-engine-running2018-03-28T09:38:32Z0.9K002/9402 Steam engine runningK002/9402 Close-up of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424399/350wm/K0029402-Steam_engine_running-SPL.jpghttps://www.sciencephoto.com/image/424399/preview/K0029402-Steam_engine_running-SPL.mp48.022011-09-26Yes19th centurybeltbeltsburrellcharles burrell and sonsclose upclose-upcloseupcogcogsengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistoryless than 10 secondslocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onehttps://www.sciencephoto.com/media/424400/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0173 Arthroscopic knee surgeryK003/0173 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424400/350wm/K0030173-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424400/preview/K0030173-Arthroscopic_knee_surgery-SPL.mp4352011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424401/view/leatherback-turtle-nesting2018-03-28T09:38:32Z0.9K003/0697 Leatherback turtle nestingK003/0697 Leatherback Turtle Nesting on beach, Papua New Guineahttps://www.sciencephoto.com/image/424401/350wm/K0030697-Leatherback_turtle_nesting-SPL.jpghttps://www.sciencephoto.com/image/424401/preview/K0030697-Leatherback_turtle_nesting-SPL.mp47.082011-09-26Yes16:9beachdermochelys coriaceadvdvpalendangeredfemalelandlargelaying eggsleatherback turtlelife cyclesmothernestnestingnightnight timereef dvdreef editreptiletopsidewidescreenhttps://www.sciencephoto.com/media/424402/view/coral-reef2018-03-28T09:38:32Z0.9K003/0956 Coral reefK003/0956 Underwater footage of a coral reef. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424402/350wm/K0030956-Coral_reef-SPL.jpghttps://www.sciencephoto.com/image/424402/preview/K0030956-Coral_reef-SPL.mp445.12011-09-26Yes40 seconds or greateranimalanimal themesanimaliaanimalsanthozoabackground peoplebahurang tubbatahacnidariacoralcoral reefcoral reefscoralsdayfaunahand heldhand-heldhandheldincidental peopleinvertebrateinvertebratesmarine animalnaturalnatureoceanpeople in the backgroundphilippinesreal timereefreefsseasulu seahttps://www.sciencephoto.com/media/424403/view/brittle-star2018-10-20T00:28:23Z0.9K002/9905 Brittle starK002/9905 Brittle star. Brittle stars (Ophiuroids) are closely related to starfish, and live in a similar manner, scavenging on the seabed. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424403/350wm/K0029905-Brittle_star-SPL.jpghttps://www.sciencephoto.com/image/424403/preview/K0029905-Brittle_star-SPL.mp416.232011-09-26Yesanimal themesatlanticbiologicalbiologybrittle starbrittlestarcaribbeancolorfuldaydaytimefaunamarinemotionmovementnatureno oneno peoplenobodyoceanophiuroideapinkporiferapurplereal timeseasea lifespongetropicalunderwaterwesternwildwildlifehttps://www.sciencephoto.com/media/424404/view/poliovirus2018-11-06T15:36:36Z0.9K003/0450 PoliovirusK003/0450 Poliovirus, animated model. Poliovirus causes poliomyelitis, a disease that can affect the central nervous system, causing lifelong paralysis. Polio occurred in widespread epidemics throughout the late 19th and 20th centuries, until a vaccine was developed in the 1950s. Efforts are underway to eradicate the virus worldwide. Poliovirus is an enterovirus, a positive-sense single-stranded RNA virus.https://www.sciencephoto.com/image/424404/350wm/K0030450-Poliovirus-SPL.jpghttps://www.sciencephoto.com/image/424404/preview/K0030450-Poliovirus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidcnsconditiondiseasedisorderenterovirushealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparalysingparalysisparticlepathogenpathogenicpicornaviridaepolioviruspositive sensepositive-senserna virusrotatingsingle strandhttps://www.sciencephoto.com/media/424405/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9650 Bowel cancer surgeryK002/9650 Bowel cancer surgery. Clip 28 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure (keyhole ports visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424405/350wm/K0029650-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424405/preview/K0029650-Bowel_cancer_surgery-SPL.mp414.032011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424406/view/steam-engine-running2018-03-28T09:38:32Z0.9K002/9403 Steam engine runningK002/9403 Zooming out from a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424406/350wm/K0029403-Steam_engine_running-SPL.jpghttps://www.sciencephoto.com/image/424406/preview/K0029403-Steam_engine_running-SPL.mp420.052011-09-26Yes19th century20 seconds or greaterburrellcharles burrell and sonsengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyoldold fashionedpistonpiston enginepiston enginespistonshttps://www.sciencephoto.com/media/424407/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0174 Arthroscopic knee surgeryK003/0174 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424407/350wm/K0030174-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424407/preview/K0030174-Arthroscopic_knee_surgery-SPL.mp4332011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424408/view/school-of-fish2018-11-06T15:31:35Z0.9K003/0957 School of fishK003/0957 Underwater footage of school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424408/350wm/K0030957-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424408/preview/K0030957-School_of_fish-SPL.mp438.242011-09-26Yes30 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbackground peoplebahurang tubbatahadaydiverdiversdivingfaunafishhand heldhand-heldhandheldincidental peoplelarge group of animalsmarine animalnaturalnatureoceanpeople in the backgroundphilippinesphotographingreal timeschool of fishscuba diverscuba diversscuba divinghttps://www.sciencephoto.com/media/424409/view/butterfish-in-green-kelp2018-03-28T09:38:32Z0.9K003/0698 Butterfish in green kelpK003/0698 Butterfish in Green Kelp close-up, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424409/350wm/K0030698-Butterfish_in_green_kelp-SPL.jpghttps://www.sciencephoto.com/image/424409/preview/K0030698-Butterfish_in_green_kelp-SPL.mp428.142011-09-26Yes16:9abstractbrightbutter fishbutterfishclose upclose-upcolourfulgreenhdv 1080inew zealandodas pulluspoor knightsreef dvdreef editseaweedvibrantwidescreenhttps://www.sciencephoto.com/media/424410/view/human-rhinovirus2018-10-20T00:28:39Z0.9K003/0451 Human rhinovirusK003/0451 Human rhinovirus, animated model. Rhinoviruses are the most common infective virus, and are the primary pathogen responsible for the common cold. They are transmitted through contact or inhalation of contaminated droplets from a cough or sneeze. Rhinoviruses are enteroviruses, in the Picornaviridae family. They are positive-sense single-stranded RNA viruses.https://www.sciencephoto.com/image/424410/350wm/K0030451-Human_rhinovirus-SPL.jpghttps://www.sciencephoto.com/image/424410/preview/K0030451-Human_rhinovirus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidcoldcommon coldconditioncontagiouscoughingdiseasedisorderenterovirushealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticlepathogenpathogenicpicornaviridaepositive sensepositive-senserespiratoryrhinovirusrna virushttps://www.sciencephoto.com/media/424411/view/social-feather-duster-worms2018-10-20T00:28:23Z0.9K002/9906 Social feather duster wormsK002/9906 Social feather duster worms (Bispira brunnea) waving their arms in a strong current. The social feather duster is a species of bristleworm, which feeds by filtering food particles from the water with its arms. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424411/350wm/K0029906-Social_feather_duster_worms-SPL.jpghttps://www.sciencephoto.com/image/424411/preview/K0029906-Social_feather_duster_worms-SPL.mp413.032011-09-26Yesanimal themesatlanticbiologicalbiologybispira brunneacaribbeandaydaytimefaunafeather dusterfeatherdustermarinemotionmovementnatureno oneno peoplenobodyoceanpolychaetereal timesabellidaeseasea lifesegmented wormssocial feather dusterswelltropicalunderwaterwesternwildwildlifehttps://www.sciencephoto.com/media/424412/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9651 Bowel cancer surgeryK002/9651 Bowel cancer surgery. Clip 27 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. The suturing here is being carried out on healthy tissue. The still-attached cancerous area is handled and examined at the end of this clip. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424412/350wm/K0029651-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424412/preview/K0029651-Bowel_cancer_surgery-SPL.mp457.12011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424413/view/steam-engine-running2018-03-28T09:38:32Z0.9K002/9404 Steam engine runningK002/9404 Close-up of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424413/350wm/K0029404-Steam_engine_running-SPL.jpghttps://www.sciencephoto.com/image/424413/preview/K0029404-Steam_engine_running-SPL.mp49.062011-09-26Yes19th centuryburrellchainchainscharles burrell and sonsclose upclose-upcloseupengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistoryless than 10 secondslocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyoldhttps://www.sciencephoto.com/media/424414/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0175 Arthroscopic knee surgeryK003/0175 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424414/350wm/K0030175-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424414/preview/K0030175-Arthroscopic_knee_surgery-SPL.mp4372011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424415/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0958 School of fishK003/0958 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424415/350wm/K0030958-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424415/preview/K0030958-School_of_fish-SPL.mp417.152011-09-26Yes10 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbackground peoplebahurang tubbatahadaydiverdiversdivingfaunafishhand heldhand-heldhandheldincidental peoplelarge group of animalsmarine animalnaturalnatureoceanpeople in the backgroundphilippinesphotographingreal timeschool of fishscuba diverscuba diversscuba divinghttps://www.sciencephoto.com/media/424416/view/butterfish-in-green-kelp2018-03-28T09:38:32Z0.9K003/0699 Butterfish in green kelpK003/0699 Butterfish in Green Kelp close-up, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424416/350wm/K0030699-Butterfish_in_green_kelp-SPL.jpghttps://www.sciencephoto.com/image/424416/preview/K0030699-Butterfish_in_green_kelp-SPL.mp434.052011-09-26Yes16:9abstractbrightbutter fishbutterfishclose upclose-upcolourfulgreenhdv 1080inew zealandodas pulluspoor knightsreef dvdreef editseaweedvibrantwidescreenhttps://www.sciencephoto.com/media/424417/view/canine-parvovirus2018-10-20T00:28:39Z0.9K003/0452 Canine parvovirusK003/0452 Canine parvovirus, animated model. CPV is a highly-contagious disease of dogs, which causes lethargy, vomiting and diarrhoea, and can seriously damage bone marrow and the intestines. If left untreated, more than 90% of infected dogs die. CPV is a single-stranded DNA virus in the family Parvoviridae.https://www.sciencephoto.com/image/424417/350wm/K0030452-Canine_parvovirus-SPL.jpghttps://www.sciencephoto.com/image/424417/preview/K0030452-Canine_parvovirus-SPL.mp48.082011-09-26Yesanimalanimatedanimationbiologicalbiologycanine parvoviruscapsidconditioncontagiouscpv 2cpv2diseasedisorderdna virusdoghealthcarelooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticleparvoparvoviridaeparvoviruspathogenpathogenicpetrotatinghttps://www.sciencephoto.com/media/424418/view/steam-engine-governor2018-03-28T09:38:32Z0.9K002/9405 Steam engine governorK002/9405 Close-up of the centrifugal governor of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424418/350wm/K0029405-Steam_engine_governor-SPL.jpghttps://www.sciencephoto.com/image/424418/preview/K0029405-Steam_engine_governor-SPL.mp46.192011-09-26Yes19th centuryburrellchainchainscharles burrell and sonsclose upclose-upcloseupengineengineeringenginesgovernorhand heldhand-heldhandheldhistorichistoricalhistoryless than 10 secondslocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyhttps://www.sciencephoto.com/media/424419/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9652 Bowel cancer surgeryK002/9652 Bowel cancer surgery. Clip 26 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure (keyhole port visible protruding from the abdomen), but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424419/350wm/K0029652-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424419/preview/K0029652-Bowel_cancer_surgery-SPL.mp418.072011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424420/view/juvenile-smooth-trunkfish2018-10-20T00:28:23Z0.9K002/9907 Juvenile smooth trunkfishK002/9907 Juvenile smooth trunkfish (Lactophrys triqueter) on a coral reef. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424420/350wm/K0029907-Juvenile_smooth_trunkfish-SPL.jpghttps://www.sciencephoto.com/image/424420/preview/K0029907-Juvenile_smooth_trunkfish-SPL.mp417.112011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunafishfloorjuvenilelactophrys triquetermarinemotionmovementnatureno oneno peoplenobodyoceanostraciidaereal timeseasea bedsea lifeseabedsmooth trunkfishtetraodontiformestropicaltrunk fishtrunkfishunderwaterhttps://www.sciencephoto.com/media/424421/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0176 Arthroscopic knee surgeryK003/0176 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424421/350wm/K0030176-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424421/preview/K0030176-Arthroscopic_knee_surgery-SPL.mp4402011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424422/view/shoal-of-trevally2018-03-28T09:38:32Z0.9K003/0700 Shoal of trevallyK003/0700 Tilt up through Shoal of Trevally, MS, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424422/350wm/K0030700-Shoal_of_trevally-SPL.jpghttps://www.sciencephoto.com/image/424422/preview/K0030700-Shoal_of_trevally-SPL.mp419.012011-09-26Yes16:9araarafishgrouphdv 1080ilotsmassnew zealandpoor knightsreef dvdreef editschoolschoolingshoalshoalingtrevallywide screenwidescreenhttps://www.sciencephoto.com/media/424423/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0959 School of fishK003/0959 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424423/350wm/K0030959-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424423/preview/K0030959-School_of_fish-SPL.mp418.052011-09-26Yes10 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahatubbataha reefs natural parkhttps://www.sciencephoto.com/media/424424/view/bonding-in-a-hydrogen-molecule2018-11-16T10:41:45Z0.9K002/8890 Bonding in a hydrogen moleculeK002/8890 Animation of the bonding between two hydrogen atoms to form a molecule of dihydrogen, H2. Each hydrogen atom has one proton with one electron in a 1s orbital around it. When two atoms approach each other, these 1s orbitals can combine to form a single molecular orbital, at a lower energy (closer to the proton) than the initial 1s atomic orbital. This process releases energy, making the formation of H2 from two atoms favourable. This type of bond is called a covalent bond.https://www.sciencephoto.com/image/424424/350wm/K0028890-Bonding_in_a_hydrogen_molecule-SPL.jpghttps://www.sciencephoto.com/image/424424/preview/K0028890-Bonding_in_a_hydrogen_molecule-SPL.mp412.132011-09-26Yesanimatedanimationatomatomicatomsbondbondingchemicalchemistrycovalentdemonstrationdihydrogeneducationeducationalelectronelectronsenergyh2hydrogenmolecularmoleculeorbitalprotonprotonsshallshellshttps://www.sciencephoto.com/media/424425/view/steam-engine-pistons2018-03-28T09:38:32Z0.9K002/9406 Steam engine pistonsK002/9406 Close-up of the pistons of a replica steam engine in operation. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424425/350wm/K0029406-Steam_engine_pistons-SPL.jpghttps://www.sciencephoto.com/image/424425/preview/K0029406-Steam_engine_pistons-SPL.mp49.032011-09-26Yes19th centuryburrellcharles burrell and sonsclose upclose-upcloseupengineengineeringengineshand heldhand-heldhandheldhistorichistoricalhistoryless than 10 secondslocomotivelocomotivesmechanicalmechanicsmechanismmechanismsmetalmodelmotionmovementmovingno-onenobodyoldold fashionedpistonhttps://www.sciencephoto.com/media/424426/view/yellow-fever-virus2018-10-20T00:28:39Z0.9K003/0453 Yellow fever virusK003/0453 Yellow fever virus, animated model. Yellow fever is a tropical disease transmitted by Aedes aegypti and some other mosquitoes. It causes fever, pain and in some cases internal bleeding and potentially fatal liver damage. It is thought to kill around 30,000 people each year, and affect many more, mostly in sub-Saharan Africa. A vaccine exists, and a mass vaccination across tropical Africa began in 2009. The virus is a member of the Flaviviridae, and is a positive-sense single-stranded RNA virus.https://www.sciencephoto.com/image/424426/350wm/K0030453-Yellow_fever_virus-SPL.jpghttps://www.sciencephoto.com/image/424426/preview/K0030453-Yellow_fever_virus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidconditiondiseasedisorderflaviviridaeflavivirushaemorrhagic feverhealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticlepathogenpathogenicpositive sensepositive-senserna virusrotatingsingle strandsingle-strandssrnastrandedhttps://www.sciencephoto.com/media/424427/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9653 Bowel cancer surgeryK002/9653 Bowel cancer surgery. Clip 25 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424427/350wm/K0029653-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424427/preview/K0029653-Bowel_cancer_surgery-SPL.mp412.212011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424428/view/creole-wrasse2018-10-20T00:28:23Z0.9K002/9908 Creole wrasseK002/9908 Creole wrasse (Clepticus parrae) resting on a reef. This fish feeds mainly on plankton, and can reach 30 centimetres in length. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424428/350wm/K0029908-Creole_wrasse-SPL.jpghttps://www.sciencephoto.com/image/424428/preview/K0029908-Creole_wrasse-SPL.mp47.142011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeanclepticus parraecoral reefcreolecreole wrassedaydaytimefaunafloorfull lengthlabridaemarinemotionmovementnatureno oneno peoplenobodyoceanone animalreal timerestingseasea bedsea lifeseabedsleepingtropicalhttps://www.sciencephoto.com/media/424429/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0177 Arthroscopic knee surgeryK003/0177 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. During this clip, the surgical and camera endoscopes are swapped over. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424429/350wm/K0030177-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424429/preview/K0030177-Arthroscopic_knee_surgery-SPL.mp4452011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinsertinginstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatrehttps://www.sciencephoto.com/media/424430/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0960 School of fishK003/0960 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424430/350wm/K0030960-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424430/preview/K0030960-School_of_fish-SPL.mp427.172011-09-26Yes20 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahatubbataha reefs natural parkhttps://www.sciencephoto.com/media/424431/view/shoal-of-bue-maomao2018-03-28T09:38:32Z0.9K003/0701 Shoal of bue maomaoK003/0701 Blue Maomao shoaling over Kelp close-up, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424431/350wm/K0030701-Shoal_of_bue_maomao-SPL.jpghttps://www.sciencephoto.com/image/424431/preview/K0030701-Shoal_of_bue_maomao-SPL.mp414.122011-09-26Yes16:9blue maomaoclose upclose-uphdv 1080ikelpnew zealandpoor knightsschoolschoolingscorpis violaceusshoalshoalingwide screenwidescreenhttps://www.sciencephoto.com/media/424432/view/bonding-in-an-ethane-molecule2018-10-20T00:28:07Z0.9K002/8891 Bonding in an ethane moleculeK002/8891 Animation of the bonding in a molecule of ethane (C2H6). Initially there are two carbon atoms, each with full 1s and 2s electron orbitals (spheres), and one electron each in two 2p orbitals (blue and orange). These then undergo sp3 hybridisation, in which a 2s electron is promoted to the third vacant 2p orbital (red). The three 2p orbitals and the 2s orbital then hybridise, merging to form four sp3 orbitals (grey) arranged tetrahedrally around the carbon nucleus. Six hydrogen atoms then approach and form covalent bonds (blue) with three sp2 hybrid orbitals on each carbon, while the fourth sp3 hybrid forms a bond with its equivalent on the other carbon. These are called covalent s bonds.https://www.sciencephoto.com/image/424432/350wm/K0028891-Bonding_in_an_ethane_molecule-SPL.jpghttps://www.sciencephoto.com/image/424432/preview/K0028891-Bonding_in_an_ethane_molecule-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbondbondedbondingbondsc2h6carbonchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyethanehybridhybridisationhydrocarbonhydrogenlevellevelshttps://www.sciencephoto.com/media/424433/view/aerosol-dispersion2018-11-16T10:41:45Z0.9K002/7374 Aerosol dispersionK002/7374 Global aerosol distribution, FIM-Chem data. The FIM-Chem model was created following the success of the original FIM Model (Finite Volume Icosahedral Model). The FIM-Chem is the FIM model with chemistry and aerosol modules added. Aerosols are one of the biggest uncertainties in climate models due to their varied effects on radiation and cloud physics. The FIM-Chem allows researchers to forecast and study the behaviour of aerosols in the atmosphere, leading to the potential for better Earth system modelling for climate prediction. In this sequence, the FIM-Chem model is used to trace the presence of three aerosols from August 27, 2009 through September 7, 2009. Green shading is dust, red shading is black carbon aerosols and blue is organic carbon aerosols. When there are multiple aerosols present in one location, the color for the aerosols is combined. The two types of carbon often occur together, though in different proportions. Areas of anthropogenic emissions tend to have a redder color while areas of burning, such as wildfires, tend to have a more purplish-pink color because the ratio of organic carbons to black carbons varies for the two emissions sources. Wildfires have a high ratio of organic carbon to black carbon. During the time period of this dataset there were wildfires in California, Alaska and British Columbia and biomass burning in Sub-Equatorial Africa and the Amazon region. The white shading is from the presence of all three aerosols. This can be seen in southern Europe where the anthropogenic emissions from Europe are mixing with the dry, dusty air from the Sahara.https://www.sciencephoto.com/image/424433/350wm/K0027374-Aerosol_dispersion-SPL.jpghttps://www.sciencephoto.com/image/424433/preview/K0027374-Aerosol_dispersion-SPL.mp430.092011-09-26Yes30 seconds or greateraerosolanimatedanimationatmosphereatmosphericblack carbonclimate changedamagedangerdatadestructiondiscoveryearthemissionsenvironmental damageenvironmental issuesfim chem modelfim modelfinite volume icosahedral modelforecastforecastingglobelandmeteorologicalmeteorologynational oceanic and atmospheric administrationnoaaoceanorganic carbon aerosolphysicspollutanthttps://www.sciencephoto.com/media/424434/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9654 Bowel cancer surgeryK002/9654 Bowel cancer surgery. Clip 24 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. This part of the procedure involves suturing and cutting through tissue in preparation for the isolation and removal (debulking) of the tumour, and restoring or retaining function for the remaining healthy tissue. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424434/350wm/K0029654-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424434/preview/K0029654-Bowel_cancer_surgery-SPL.mp431.182011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424435/view/norovirus2018-10-20T00:28:39Z0.9K003/0454 NorovirusK003/0454 Norovirus, animated model. Norovirus is the cause of winter vomiting disease, a common gastrointestinal infection that causes nausea, vomiting and diarrhoea. The disease is self-limiting and although unpleasant is not serious, although fatalities have been reported amongst the very young, elderly and those with suppressed immune systems. The norovirus (previously called Norwalk virus) is a positive-sense single-stranded RNA virus in the family Caliciviridae.https://www.sciencephoto.com/image/424435/350wm/K0030454-Norovirus-SPL.jpghttps://www.sciencephoto.com/image/424435/preview/K0030454-Norovirus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycaliciviridaecaliciviruscapsidcommonconditiondiseasedisorderfood poisoninggastroenteritishealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelnorovirusnorwalk virusparticlepathogenpathogenicpositive sensepositive-senserna virusrotatinghttps://www.sciencephoto.com/media/424436/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0178 Arthroscopic knee surgeryK003/0178 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424436/350wm/K0030178-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424436/preview/K0030178-Arthroscopic_knee_surgery-SPL.mp4162011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424437/view/fuelling-a-steam-engine2018-11-04T15:39:23Z0.9K002/9407 Fuelling a steam engineK002/9407 Close-up of the firebox of a replica steam engine, to which the driver is adding coal. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424437/350wm/K0029407-Fuelling_a_steam_engine-SPL.jpghttps://www.sciencephoto.com/image/424437/preview/K0029407-Fuelling_a_steam_engine-SPL.mp413.212011-09-26Yes10 seconds or greater19th centuryaddingbackground peopleburrellcharles burrell and sonsclose upclose-upcloseupcoalengineengineeringenginesfirefire boxfire boxesfireboxfireboxesfiresflameflamesfossil fuelfossil fuelsfuelfuelshand heldhand-heldhandheldhistorichistoricalhistoryincidental peoplehttps://www.sciencephoto.com/media/424438/view/school-of-fish2018-03-28T09:38:32Z0.9K003/0961 School of fishK003/0961 Underwater footage of a school of fish. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424438/350wm/K0030961-School_of_fish-SPL.jpghttps://www.sciencephoto.com/image/424438/preview/K0030961-School_of_fish-SPL.mp421.162011-09-26Yes20 seconds or greaterabundanceabundantanimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimmingthe natural worldtracking shottubbatahatubbataha reefs natural parkhttps://www.sciencephoto.com/media/424439/view/kelp2018-03-28T09:38:32Z0.9K003/0702 KelpK003/0702 Track forward over kelp close-up, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424439/350wm/K0030702-Kelp-SPL.jpghttps://www.sciencephoto.com/image/424439/preview/K0030702-Kelp-SPL.mp413.132011-09-26Yes16:9abstractclose upclose-upcurrenthdv 1080ikelpmovenew zealandpoor knightsswaywide screenwidescreenhttps://www.sciencephoto.com/media/424440/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9655 Bowel cancer surgeryK002/9655 Bowel cancer surgery. Clip 23 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. Here, they are using a cautery tool to burn through tissue as they isolate the tumour. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424440/350wm/K0029655-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424440/preview/K0029655-Bowel_cancer_surgery-SPL.mp416.222011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patienthttps://www.sciencephoto.com/media/424441/view/brittle-stars2018-10-20T00:28:23Z0.9K002/9909 Brittle starsK002/9909 Brittle stars on a pink sponge. Brittle stars (Ophiuroids) are closely related to starfish, and live in a similar manner, scavenging on the seabed. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424441/350wm/K0029909-Brittle_stars-SPL.jpghttps://www.sciencephoto.com/image/424441/preview/K0029909-Brittle_stars-SPL.mp424.162011-09-26Yesanimal themesanimalsatlanticbiologicalbiologybrittle starbrittle starsbrittlestarbrittlestarscaribbeancolorfuldaydaytimeechinodermechinodermsfaunamarinemotionmovementnatureno oneno peoplenobodyoceanophiuroideapinkpurplereal timeseasea lifespongespongeshttps://www.sciencephoto.com/media/424442/view/bonding-in-an-ethane-molecule2018-11-06T15:37:03Z0.9K002/8892 Bonding in an ethane moleculeK002/8892 Animation of the bonding in a molecule of ethane (C2H6). Initially there are two carbon atoms, each with full 1s and 2s electron orbitals (spheres), and one electron (red and white sphere) each in two 2p orbitals (green and orange). These then undergo sp3 hybridisation, in which a 2s electron is promoted to the third vacant 2p orbital (red). The three 2p orbitals and the 2s orbital then hybridise, merging to form four sp3 orbitals (grey) arranged tetrahedrally around the carbon nucleus. Six hydrogen atoms then approach and form covalent bonds (blue) with three sp2 hybrid orbitals on each carbon, while the fourth sp3 hybrid forms a bond with its equivalent on the other carbon. These are called covalent s bonds.https://www.sciencephoto.com/image/424442/350wm/K0028892-Bonding_in_an_ethane_molecule-SPL.jpghttps://www.sciencephoto.com/image/424442/preview/K0028892-Bonding_in_an_ethane_molecule-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbondbondedbondingbondsc2h6carbonchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyethanehybridhybridisationhydrocarbonhydrogenlevellevelshttps://www.sciencephoto.com/media/424443/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0179 Arthroscopic knee surgeryK003/0179 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424443/350wm/K0030179-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424443/preview/K0030179-Arthroscopic_knee_surgery-SPL.mp410.212011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424444/view/schools-of-fish-and-sharks2018-03-28T09:38:32Z0.9K003/0703 Schools of fish and sharksK003/0703 School of fish, Bronze Whaler Sharks swimming through close-up, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424444/350wm/K0030703-Schools_of_fish_and_sharks-SPL.jpghttps://www.sciencephoto.com/image/424444/preview/K0030703-Schools_of_fish_and_sharks-SPL.mp4232011-09-26Yes16:9bronze whaler sharkfishgrouphdv 1080ilotsmassnew zealandpoor knightsreef dvdreef editschoolschoolingshoalshoalingwide screenwidescreenhttps://www.sciencephoto.com/media/424445/view/cloud-fraction-globe-data2018-03-28T09:38:32Z0.9K002/7376 Cloud fraction, GLOBE dataK002/7376 Cloud fraction during 2007, GLOBE Program data. Cloud fraction is the percentage of the sky covered by cloud, which ranges from totally clear (dark blue) to completely covered (white).https://www.sciencephoto.com/image/424445/350wm/K0027376-Cloud_fraction,_GLOBE_data-SPL.jpghttps://www.sciencephoto.com/image/424445/preview/K0027376-Cloud_fraction,_GLOBE_data-SPL.mp414.012011-09-26Yes10 seconds or greateranimatedanimationcloudcloud fractioncloudycommunity projectcoverdatadensitydiscoveryearthglobalglobeglobe programpercentagepixelresearchresultssciencescientificskyvariationvolumeworldhttps://www.sciencephoto.com/media/424446/view/human-rhinovirus2018-11-06T15:31:06Z0.9K003/0455 Human rhinovirusK003/0455 Human rhinovirus, animated model. Rhinoviruses are the most common infective virus, and are the primary pathogen responsible for the common cold. They are transmitted through contact or inhalation of contaminated droplets from a cough or sneeze. Rhinoviruses are enteroviruses, in the Picornaviridae family. They are positive-sense single-stranded RNA viruses.https://www.sciencephoto.com/image/424446/350wm/K0030455-Human_rhinovirus-SPL.jpghttps://www.sciencephoto.com/image/424446/preview/K0030455-Human_rhinovirus-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidcoldcommon coldconditioncontagiouscoughingdiseasedisorderenterovirushealthcarehumanlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelparticlepathogenpathogenicpicornaviridaepositive sensepositive-senserespiratoryrhinovirusrna virushttps://www.sciencephoto.com/media/424447/view/steam-engine-controls2018-03-28T09:38:32Z0.9K002/9408 Steam engine controlsK002/9408 Zooming out from the pressure gauge and controls of a replica steam engine. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424447/350wm/K0029408-Steam_engine_controls-SPL.jpghttps://www.sciencephoto.com/image/424447/preview/K0029408-Steam_engine_controls-SPL.mp421.122011-09-26Yes10 seconds or greater19th centuryburrellcabincabinscharles burrell and sonsclose upclose-upcloseupcontrolcontrolsdialdialsengineengineeringenginesgaugehand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotivesmeasuremeasurementmeasuringmetalmodelno-onenobodyhttps://www.sciencephoto.com/media/424448/view/turtle-on-a-reef2018-03-28T09:38:32Z0.9K003/0962 Turtle on a reefK003/0962 Underwater footage of a turtle moving over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424448/350wm/K0030962-Turtle_on_a_reef-SPL.jpghttps://www.sciencephoto.com/image/424448/preview/K0030962-Turtle_on_a_reef-SPL.mp417.012011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacheloniichordatacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebratesmarine animalnaturalnatureno-onenobodyoceanone animalphilippinesreal timereptilereptilesseahttps://www.sciencephoto.com/media/424449/view/brittle-stars2018-10-20T00:28:23Z0.9K002/9910 Brittle starsK002/9910 Brittle stars on a pink sponge. Brittle stars (Ophiuroids) are closely related to starfish, and live in a similar manner, scavenging on the seabed. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424449/350wm/K0029910-Brittle_stars-SPL.jpghttps://www.sciencephoto.com/image/424449/preview/K0029910-Brittle_stars-SPL.mp412.012011-09-26Yesanimal themesanimalsatlanticbiologicalbiologybrittle starbrittle starsbrittlestarbrittlestarscaribbeancolorfuldaydaytimeechinodermechinodermsfaunamarinemotionmovementnatureno oneno peoplenobodyoceanophiuroideapinkpurplereal timeseasea lifespongespongeshttps://www.sciencephoto.com/media/424450/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9656 Bowel cancer surgeryK002/9656 Bowel cancer surgery. Clip 22 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. Here, they are using a cautery tool to burn through tissue as they isolate the tumour. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424450/350wm/K0029656-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424450/preview/K0029656-Bowel_cancer_surgery-SPL.mp411.042011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patienthttps://www.sciencephoto.com/media/424451/view/diver2018-03-28T09:38:32Z0.9K003/0704 DiverK003/0704 Diver near surface of water moving through rays of sunlight, backlight, New Zealandhttps://www.sciencephoto.com/image/424451/350wm/K0030704-Diver-SPL.jpghttps://www.sciencephoto.com/image/424451/preview/K0030704-Diver-SPL.mp423.032011-09-26Yes16:9abstractbluedivergreenhdv 1080i 50new zealandocean seaopen waterpoor knightsscuba diversun lightsun rayswidescreenhttps://www.sciencephoto.com/media/424452/view/arthroscopic-knee-surgery2018-03-28T09:38:32Z0.9K003/0180 Arthroscopic knee surgeryK003/0180 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. The screen on which the surgeon observes the internal view of the patient's joint, supplied by the endoscope camera, is at upper centre. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424452/350wm/K0030180-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424452/preview/K0030180-Arthroscopic_knee_surgery-SPL.mp484.092011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementdisplayendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomhttps://www.sciencephoto.com/media/424453/view/steam-engine-controls2018-03-28T09:38:32Z0.9K002/9409 Steam engine controlsK002/9409 Panning across the pressure gauge and controls of a replica steam engine. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424453/350wm/K0029409-Steam_engine_controls-SPL.jpghttps://www.sciencephoto.com/image/424453/preview/K0029409-Steam_engine_controls-SPL.mp420.142011-09-26Yes19th century20 seconds or greaterburrellcabincabinscharles burrell and sonsclose upclose-upcloseupcontrolcontrolsdialdialsengineengineeringenginesgaugehand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotivesmeasuremeasurementmeasuringmetalmodelno-onenobodyhttps://www.sciencephoto.com/media/424454/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0963 Fish over coralK003/0963 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424454/350wm/K0030963-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424454/preview/K0030963-Fish_over_coral-SPL.mp433.222011-09-26Yes30 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimminghttps://www.sciencephoto.com/media/424455/view/foot-and-mouth-disease-virus2018-10-20T00:28:39Z0.9K003/0456 Foot-and-mouth disease virusK003/0456 Foot-and-mouth disease virus, animated model. Foot-and-mouth disease is a highly-contagious disease of cattle and related animals, causing blisters on the mucus membranes and feet. It is a serious problem in farming. Although not usually fatal for the animal, infected herds are typically culled to prevent the virus spreading. FMDV is a Aphthovirus, a type of Picornavirus, with positive-sense single-stranded RNA genetic material.https://www.sciencephoto.com/image/424455/350wm/K0030456-Foot-and-mouth_disease_virus-SPL.jpghttps://www.sciencephoto.com/image/424455/preview/K0030456-Foot-and-mouth_disease_virus-SPL.mp48.082011-09-26Yesagriculturalagricultureanimalanimatedanimationaphthovirusbiologicalbiologybovidcapsidcattleconditioncowcowsdiseasedisorderdomesticfarmingfmdvfoot and mouth diseasefoot-and-mouth diseasefoot-and-mouth disease virushealthcarelivestocklooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelhttps://www.sciencephoto.com/media/424456/view/bonding-in-an-ethane-molecule2018-10-20T00:28:07Z0.9K002/8893 Bonding in an ethane moleculeK002/8893 Animation of the bonding in a molecule of ethane (C2H6). Initially there are two carbon atoms, each with full 1s and 2s electron orbitals (spheres), and one electron each in two 2p orbitals (blue and orange). These then undergo sp3 hybridisation, in which a 2s electron is promoted to the third vacant 2p orbital (red). The three 2p orbitals and the 2s orbital then hybridise, merging to form four sp3 orbitals (grey) arranged tetrahedrally around the carbon nucleus. Six hydrogen atoms then approach and form covalent bonds (blue) with three sp2 hybrid orbitals on each carbon, while the fourth sp3 hybrid forms a bond with its equivalent on the other carbon. These are called covalent s bonds.https://www.sciencephoto.com/image/424456/350wm/K0028893-Bonding_in_an_ethane_molecule-SPL.jpghttps://www.sciencephoto.com/image/424456/preview/K0028893-Bonding_in_an_ethane_molecule-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbondbondedbondingbondsc2h6carbonchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyethanehybridhybridisationhydrocarbonhydrogenlevellevelshttps://www.sciencephoto.com/media/424457/view/small-spanish-slipper-lobster2018-10-20T00:28:23Z0.9K002/9911 Small Spanish slipper lobsterK002/9911 Small Spanish slipper lobster (Arctides guineensis). This slipper lobster is found in the warm waters of the western Atlantic Ocean. Like all slipper lobsters its antennae have the shape of broad plates, giving it a flattened appearance. It can reach a length of around 20 centimetres. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424457/350wm/K0029911-Small_Spanish_slipper_lobster-SPL.jpghttps://www.sciencephoto.com/image/424457/preview/K0029911-Small_Spanish_slipper_lobster-SPL.mp415.222011-09-26Yesanimal themesarctides guinneensisbiologicalbiologycolorcolor imagecolourcolour imagefaunafloorfull lengthlobstermarinemotionmovementnaturenightno oneno peoplenobodyoceanone animaloutdoorsoutsidereal timeseasea bedsea lifeseabedslipper lobstersmall spanish slipper lobstertropicalhttps://www.sciencephoto.com/media/424458/view/fuelling-a-steam-engine2018-04-19T12:41:09Z0.9K002/9410 Fuelling a steam engineK002/9410 Close-up of the firebox of a replica steam engine, to which the driver is adding wood. This is a replica of a steam engine designed by Charles Burrell & Sons. Filmed at Page Specialist Engineering, in Wales.https://www.sciencephoto.com/image/424458/350wm/K0029410-Fuelling_a_steam_engine-SPL.jpghttps://www.sciencephoto.com/image/424458/preview/K0029410-Fuelling_a_steam_engine-SPL.mp417.052011-09-26Yes10 seconds or greater19th centuryaddingburrellcharles burrell and sonsclose upclose-upcloseupcoalcoal-poweredengineengineeringenginesfirefire boxfire boxesfireboxfireboxesfiresflameflamesfuelfuellingfuelshand heldhand-heldhandheldhistorichistoricalhistorylocomotivelocomotiveshttps://www.sciencephoto.com/media/424459/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0181 Arthroscopic knee surgeryK003/0181 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. The screen on which the surgeon observes the internal view of the patient's joint, supplied by the endoscope camera, is at upper centre. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424459/350wm/K0030181-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424459/preview/K0030181-Arthroscopic_knee_surgery-SPL.mp410.122011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementdisplayendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomhttps://www.sciencephoto.com/media/424460/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0964 Fish over coralK003/0964 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424460/350wm/K0030964-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424460/preview/K0030964-Fish_over_coral-SPL.mp420.032011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seahttps://www.sciencephoto.com/media/424461/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9657 Bowel cancer surgeryK002/9657 Bowel cancer surgery. Clip 21 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. Here, they are using a cautery tool to burn through tissue as they isolate the tumour. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424461/350wm/K0029657-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424461/preview/K0029657-Bowel_cancer_surgery-SPL.mp411.162011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patienthttps://www.sciencephoto.com/media/424462/view/diver2018-03-28T09:38:32Z0.9K003/0705 DiverK003/0705 Diver near surface of water, rays of sun light, backlit, New Zealandhttps://www.sciencephoto.com/image/424462/350wm/K0030705-Diver-SPL.jpghttps://www.sciencephoto.com/image/424462/preview/K0030705-Diver-SPL.mp411.122011-09-26Yes16:9abstractbluedivergreenhdv 1080i 50new zealandocean seaopen waterpoor knightsscuba diversun lightsun rayswidescreenhttps://www.sciencephoto.com/media/424463/view/human-papillomavirus-162018-11-06T15:34:15Z0.9K003/0457 Human papillomavirus 16K003/0457 Human papillomavirus 16, animated model. HPV16 is a sexually-transmitted virus that is a major cause of cervical cancer, as well as other cancers of the anogenital region. It is one of the types of HPV that is targetted by HPV vaccines, such as Gardasil and Cervarix. In many countries, these are routinely given to women before they become sexually active, to reduce the chances of their developing cervical cancer following infection. HPV is a double-stranded DVA virus.https://www.sciencephoto.com/image/424463/350wm/K0030457-Human_papillomavirus_16-SPL.jpghttps://www.sciencephoto.com/image/424463/preview/K0030457-Human_papillomavirus_16-SPL.mp48.082011-09-26Yesanimatedanimationbiologicalbiologycapsidcervical cancercervixconditioncontagiousdiseasedisorderdna virusdouble stranddouble-stranddsdnagenitalhealthcarehpvhpv 16hpv16humaninfectionlooploop-ableloopablemedicalmedicinemicrobiologicalmicrobiologymodelpapillomavirusparticlehttps://www.sciencephoto.com/media/424464/view/small-spanish-slipper-lobster2018-10-20T00:28:23Z0.9K002/9912 Small Spanish slipper lobsterK002/9912 Small Spanish slipper lobster (Arctides guineensis). This slipper lobster is found in the warm waters of the western Atlantic Ocean. Like all slipper lobsters its antennae have the shape of broad plates, giving it a flattened appearance. It can reach a length of around 20 centimetres. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424464/350wm/K0029912-Small_Spanish_slipper_lobster-SPL.jpghttps://www.sciencephoto.com/image/424464/preview/K0029912-Small_Spanish_slipper_lobster-SPL.mp46.052011-09-26Yesanimal themesarctides guinneensisbiologicalbiologycolorcolor imagecolourcolour imagefaunafloorfull lengthlobstermarinemotionmovementnaturenightno oneno peoplenobodyoceanone animaloutdoorsoutsidereal timeseasea bedsea lifeseabedslipper lobstersmall spanish slipper lobstertropicalhttps://www.sciencephoto.com/media/424465/view/bonding-in-an-ethane-molecule2018-10-20T00:28:07Z0.9K002/8894 Bonding in an ethane moleculeK002/8894 Animation of the bonding in a molecule of ethane (C2H6). Initially there are two carbon atoms, each with full 1s and 2s electron orbitals (spheres), and one electron (red and white sphere) each in two 2p orbitals (blue and orange). These then undergo sp3 hybridisation, in which a 2s electron is promoted to the third vacant 2p orbital (red). The three 2p orbitals and the 2s orbital then hybridise, merging to form four sp3 orbitals (grey) arranged tetrahedrally around the carbon nucleus. Six hydrogen atoms then approach and form covalent bonds (blue) with three sp2 hybrid orbitals on each carbon, while the fourth sp3 hybrid forms a bond with its equivalent on the other carbon. These are called covalent s bonds.https://www.sciencephoto.com/image/424465/350wm/K0028894-Bonding_in_an_ethane_molecule-SPL.jpghttps://www.sciencephoto.com/image/424465/preview/K0028894-Bonding_in_an_ethane_molecule-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbondbondedbondingbondsc2h6carbonchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyethanehybridhybridisationhydrocarbonhydrogenlevellevelshttps://www.sciencephoto.com/media/424466/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0182 Arthroscopic knee surgeryK003/0182 Arthroscopic knee surgery. Close-up of an endoscopic view of an arthroscopic tool being used by an orthopaedic surgeon during keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces (as shown here). Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424466/350wm/K0030182-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424466/preview/K0030182-Arthroscopic_knee_surgery-SPL.mp48.212011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybone sawbone smoothingcaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratorygrinderhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmedicalmedicineminimally invasiveoperatingoperating roomoperating theatrehttps://www.sciencephoto.com/media/424467/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0965 Fish over coralK003/0965 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424467/350wm/K0030965-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424467/preview/K0030965-Fish_over_coral-SPL.mp460.192011-09-26Yesanimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalslong clipmarine animalmedium shotnaturalnatureno-onenobodyoceanone minute or greaterphilippinesreal timeschool of fishseashoal of fishhttps://www.sciencephoto.com/media/424468/view/methane-bonding-with-sp3-hybridisation2018-10-20T00:28:07Z0.9K002/8895 Methane bonding with sp3 hybridisationK002/8895 Animation of the bonding in a methane molecule (CH4). Initially a carbon atom has four electron orbitals, an inner spherical 1s shell, a spherical 2s shell, and two bi-lobed 2p shells. It might be expected that only the 2p orbitals would be involved in bonding, producing CH2, but instead one of the 2s electrons rises to a vacant 2p level (dark red), and the three 2p orbitals and the 2s orbital hybridise, producing four identical sp3 orbitals, arranged in a tetrahedral shape. These then bond with hydrogen atoms, with a release of energy. The hybridised CH4 is energetically favoured over CH2 as the energy required to raise the 2s electron to the 2p level is more than made up for by the creation of the two extra C-H bonds that the hybridisation permits.https://www.sciencephoto.com/image/424468/350wm/K0028895-Methane_bonding_with_sp3_hybridisation-SPL.jpghttps://www.sciencephoto.com/image/424468/preview/K0028895-Methane_bonding_with_sp3_hybridisation-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbondbondedbondingbondscarbonch4chemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrocarbonhydrogenlevellevelsmethanehttps://www.sciencephoto.com/media/424469/view/bowel-cancer-surgery2018-11-06T15:31:12Z0.9K002/9658 Bowel cancer surgeryK002/9658 Bowel cancer surgery. Clip 20 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. Here, they are using a cautery tool to burn through tissue as they isolate the tumour. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424469/350wm/K0029658-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424469/preview/K0029658-Bowel_cancer_surgery-SPL.mp441.232011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patienthttps://www.sciencephoto.com/media/424470/view/cloud-movements-infrared-data2018-02-22T09:09:02Z0.9K002/7380 Cloud movements, infrared dataK002/7380 Cloud movements, infrared geostationary satellite images. The lowest clouds are a very light gray and the highest clouds are bright white. A prominent band of thunder clouds persists just north of the equator in the northern hemisphere summer. This dataset is a composite of GOES, Meteosat, and GMS satellite data.https://www.sciencephoto.com/image/424470/350wm/K0027380-Cloud_movements,_infrared_data-SPL.jpghttps://www.sciencephoto.com/image/424470/preview/K0027380-Cloud_movements,_infrared_data-SPL.mp4102011-09-26Yes10 seconds or greateranimatedanimationatmosphereatmosphericclimatecloudcompositedatadistributionearthemissiongeostationary meteorological satellitegeostationary operational environmental satellitesgeostationary satelliteglobegmsgoesinfraredirlandmeteorologicalmeteorologymeteosatmovementmovingobservationobservingoceanorbitorbitingphysicshttps://www.sciencephoto.com/media/424471/view/kelp2018-03-28T09:38:32Z0.9K003/0706 KelpK003/0706 Kelp swaying in current, Poor Knights, New Zealandhttps://www.sciencephoto.com/image/424471/350wm/K0030706-Kelp-SPL.jpghttps://www.sciencephoto.com/image/424471/preview/K0030706-Kelp-SPL.mp415.082011-09-26Yes16:9abstractcolourfulhdv 1080ikelpmovemovementnew zealandpoor knightsswayswayingtidewidescreenhttps://www.sciencephoto.com/media/424472/view/school-of-silversides2018-10-20T00:28:23Z0.9K002/9913 School of silversidesK002/9913 School of silversides (Menidia menidia). Silversides are a common schooling fish in the western Atlantic. Their sensitivity to environmental changes makes them a subject of scientific research. They are a common prey fish for seabirds and larger fish. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424472/350wm/K0029913-School_of_silversides-SPL.jpghttps://www.sciencephoto.com/image/424472/preview/K0029913-School_of_silversides-SPL.mp423.132011-09-26Yesabundanceactinopterygiianimal themesatheriniformesatlanticbiologicalbiologycaribbeancurrentdaydaytimefaunafishlarge group of animalsmanymarinemenidia menidiamotionmovementnatureno oneno peoplenobodyoceanreal timeschoolschoolingseasea lifeshallow watershoalshoalinghttps://www.sciencephoto.com/media/424473/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0966 Fish over coralK003/0966 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424473/350wm/K0030966-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424473/preview/K0030966-Fish_over_coral-SPL.mp49.042011-09-26Yesanimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsless than 10 secondsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seahttps://www.sciencephoto.com/media/424474/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0183 Arthroscopic knee surgeryK003/0183 Arthroscopic knee surgery. Close-up of an endoscopic view of an arthroscopic tool being used by an orthopaedic surgeon during keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces (as shown here). Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424474/350wm/K0030183-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424474/preview/K0030183-Arthroscopic_knee_surgery-SPL.mp411.062011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybone sawbone smoothingcaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratorygrinderhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmedicalmedicineminimally invasiveoperatingoperating roomoperating theatrehttps://www.sciencephoto.com/media/424475/view/coxsackievirus2018-11-06T15:36:22Z0.9K003/0458 CoxsackievirusK003/0458 Model of a Coxsackievirus of the serotype A9. Coxsackieviruses are Enteroviruses containing single-stranded RNA genetic material. Coxsackie A viruses are common human pathogens, and cause hand foot and mouth disease (HFMD), a common childhood illness. It can also cause viral meningitis.https://www.sciencephoto.com/image/424475/350wm/K0030458-Coxsackievirus-SPL.jpghttps://www.sciencephoto.com/image/424475/preview/K0030458-Coxsackievirus-SPL.mp48.082011-09-26Yesa9animatedanimationasepticbiologicalbiologycapsidconditioncoxsackiecoxsackieviruscv-a9diseasedisorderenterovirusgroup 4group ivhand foot and mouth diseasehealthcarehfmdhumanlooploop-ableloopablemedicalmedicinemeningitismicrobiologicalmicrobiologymodelparticlepathogenpathogenichttps://www.sciencephoto.com/media/424476/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9659 Bowel cancer surgeryK002/9659 Bowel cancer surgery. Clip 19 of 39. Footage of surgeons carrying out open surgery to remove a malignant bowel tumour from the intestines of a 65-year-old woman. Here, they are using a cautery tool to burn through tissue as they isolate the tumour. For the actual tumour removal, see clip K002/9648. The operation started out as a laparoscopic procedure, but was converted to open surgery. The surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424476/350wm/K0029659-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424476/preview/K0029659-Bowel_cancer_surgery-SPL.mp417.172011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsexcisingexcisionexposedfemale patienthttps://www.sciencephoto.com/media/424477/view/cloud-movements-infrared-data2018-02-22T09:09:02Z0.9K002/7381 Cloud movements, infrared dataK002/7381 Cloud movements, infrared geostationary satellite images. The lowest clouds are white, mid-level clouds are purple, and the highest clouds are blue. A prominent band of thunder clouds persists over the equator. This dataset is a composite of GOES, Meteosat, and GMS satellite data.https://www.sciencephoto.com/image/424477/350wm/K0027381-Cloud_movements,_infrared_data-SPL.jpghttps://www.sciencephoto.com/image/424477/preview/K0027381-Cloud_movements,_infrared_data-SPL.mp4102011-09-26Yes10 seconds or greateraltitudeanimatedanimationatmosphereatmosphericclimatecloudcolour enhancedcompositedatadistributeddistributionearthemissionenhancedgeostationary meteorological satellitegeostationary operational environmental satellitesgeostationary satelliteglobegmsgoesheightinfraredirlandmeteorologicalmeteorologymeteosatmovementmovingobservationhttps://www.sciencephoto.com/media/424478/view/sharptail-snake-eel2018-10-20T00:28:23Z0.9K002/9914 Sharptail snake-eelK002/9914 Sharptail snake-eel (Myrichthys breviceps) hunting on the seabed at night. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424478/350wm/K0029914-Sharptail_snake-eel-SPL.jpghttps://www.sciencephoto.com/image/424478/preview/K0029914-Sharptail_snake-eel-SPL.mp428.192011-09-26Yesalgaeanimal themesatlanticbiologicalbiologycaribbeancolorfulcoraleelfaunafishfloorfull lengthhuntingmarinemotionmovementmyrichthys brevicepsnaturenightnight timeno oneno peoplenobodynocturnaloceanone animalophichthidaepredatorpredatoryreal timereefhttps://www.sciencephoto.com/media/424479/view/borane-bonding-with-sp2-hybridisation2018-10-20T00:28:07Z0.9K002/8897 Borane bonding with sp2 hybridisationK002/8897 Animation of the bonding in a borane molecule (BH3). Initially a boron atom has three populated electron orbitals; an inner spherical 1s shell, a spherical 2s shell, and one bi-lobed 2p shell. It might be expected that only the 2p orbital would be involved in bonding, producing BH, but instead one 2s electron rises to a vacant 2p level (dark red), and the two 2p orbitals and the 2s orbital hybridise, producing three identical sp2 orbitals, arranged in a trigonal planar (flat triangle) shape. These then bond with hydrogen atoms, with a release of energy. The hybridised BH3 is energetically favoured over BH as the energy required to raise the 2s electron to the 2p level is more than made up for by the energy released in the creation of the two extra B-H bonds that the hybridisation permits.https://www.sciencephoto.com/image/424479/350wm/K0028897-Borane_bonding_with_sp2_hybridisation-SPL.jpghttps://www.sciencephoto.com/image/424479/preview/K0028897-Borane_bonding_with_sp2_hybridisation-SPL.mp430.122011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbh3bondbondedbondingbondsboraneboronchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelsmolecularhttps://www.sciencephoto.com/media/424480/view/chromis-fish2018-03-28T09:38:32Z0.9K003/0967 Chromis fishK003/0967 Underwater footage of green chromis (Chromis viridis) fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424480/350wm/K0030967-Chromis_fish-SPL.jpghttps://www.sciencephoto.com/image/424480/preview/K0030967-Chromis_fish-SPL.mp427.032011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahac viridischromischromis viridiscnidariacoralcoralsdamselfishdayfaunafishgreen chromishand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippineshttps://www.sciencephoto.com/media/424481/view/arthroscopic-knee-surgery2018-11-06T15:32:40Z0.9K003/0184 Arthroscopic knee surgeryK003/0184 Arthroscopic knee surgery. Close-up of an endoscopic view of an arthroscopic tool being used by an orthopaedic surgeon during keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces (as shown here). Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424481/350wm/K0030184-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424481/preview/K0030184-Arthroscopic_knee_surgery-SPL.mp419.122011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybone sawbone smoothingcaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratorygrinderhospitalinstrumentinstrumentsinternal viewjointjoint damagejointskeyhole surgerykneelavagelegmedicalmedicineminimally invasiveoperatingoperating roomoperating theatrehttps://www.sciencephoto.com/media/424482/view/leatherback-turtle-nesting2018-03-28T09:38:32Z0.9K003/0707 Leatherback turtle nestingK003/0707 Leatherback Turtle nesting at night, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424482/350wm/K0030707-Leatherback_turtle_nesting-SPL.jpghttps://www.sciencephoto.com/image/424482/preview/K0030707-Leatherback_turtle_nesting-SPL.mp425.092011-09-26Yesdermochelys coriaceaendangeredfemalelaelayingleather back turtlesleatherback turtlesleatherbackslife cyclesnestnestingpapua new guineawild west oil townhttps://www.sciencephoto.com/media/424483/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9660 Bowel cancer surgeryK002/9660 Bowel cancer surgery. Clip 18 of 39. Footage of surgeons examining and operating on a 65-year-old woman's intestines during open surgery in a case of a malignant bowel tumour. Mid-way through the clip, the initial incision is widened with an electro-cautery (diathermy) tool. This is followed by the use of surgical tools and swabs as some tissue is cut away. The operation started out as a laparoscopic procedure (keyhole ports visible at bottom), but was converted to open surgery. The surgeons extracted the intestines through the incision made here, and removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424483/350wm/K0029660-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424483/preview/K0029660-Bowel_cancer_surgery-SPL.mp4100.112011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopic bagexposedfemale patientgastrointestinal tractgi surgeryhttps://www.sciencephoto.com/media/424484/view/healthy-reef-ecosystem2018-10-20T00:28:23Z0.9K002/9915 Healthy reef ecosystemK002/9915 Swimming over a healthy shallow reef, with gorgonians, sponges and coral. Filmed in Dominica, in the West Indies.https://www.sciencephoto.com/image/424484/350wm/K0029915-Healthy_reef_ecosystem-SPL.jpghttps://www.sciencephoto.com/image/424484/preview/K0029915-Healthy_reef_ecosystem-SPL.mp441.032011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancnidariancolonialcoralsdaydaytimefaunafloorflyinggorgonaceagorgonianshealthymarinemotionmovementnatureno oneno peoplenobodynormaloceanreal timereefseasea bedsea fansea lifesea whiphttps://www.sciencephoto.com/media/424485/view/borane-bonding-with-sp2-hybridisation2018-10-20T00:28:07Z0.9K002/8898 Borane bonding with sp2 hybridisationK002/8898 Animation of the bonding in a borane molecule (BH3). Initially a boron atom has three populated electron orbitals; an inner spherical 1s shell, a spherical 2s shell, and one bi-lobed 2p shell. It might be expected that only the 2p orbital would be involved in bonding, producing BH, but instead one 2s electron rises to a vacant 2p level (dark red), and the two 2p orbitals and the 2s orbital hybridise, producing three identical sp2 orbitals, arranged in a trigonal planar (flat triangle) shape. These then bond with hydrogen atoms, with a release of energy. The hybridised BH3 is energetically favoured over BH as the energy required to raise the 2s electron to the 2p level is more than made up for by the energy released in the creation of the two extra B-H bonds that the hybridisation permits.https://www.sciencephoto.com/image/424485/350wm/K0028898-Borane_bonding_with_sp2_hybridisation-SPL.jpghttps://www.sciencephoto.com/image/424485/preview/K0028898-Borane_bonding_with_sp2_hybridisation-SPL.mp431.062011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbh3bondbondedbondingbondsboraneboronchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelsmolecularhttps://www.sciencephoto.com/media/424487/view/crab2018-03-28T09:38:32Z0.9K003/0968 CrabK003/0968 Underwater footage of a crab feeding on the seabed. Filmed in Tasik Ria, Manado, Indonesia.https://www.sciencephoto.com/image/424487/350wm/K0030968-Crab-SPL.jpghttps://www.sciencephoto.com/image/424487/preview/K0030968-Crab-SPL.mp451.022011-09-26Yesanimalanimal themesanimaliaanimalsbay of manadobrachyuraclawclawscrabcrabscrustaceacrustaceancrustaceansdaydecapoddecapodadecapodseatingfaunafeedinghand heldhand-heldhandheldhungryhuntingindonesialong clipmanadomarine animalmedium shotmovementnaturalhttps://www.sciencephoto.com/media/424488/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0185 Arthroscopic knee surgeryK003/0185 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. During this clip, fluid being used to wash out the joint is drained into a bowl. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424488/350wm/K0030185-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424488/preview/K0030185-Arthroscopic_knee_surgery-SPL.mp4252011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopybowlcaucasiandebridementdraindrainagedrainedendoscopeendoscopesendoscopicequipmentexploratoryfluidhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenhttps://www.sciencephoto.com/media/424489/view/leatherback-turtle-nesting2018-03-28T09:38:32Z0.9K003/0708 Leatherback turtle nestingK003/0708 Leatherback Turtle nesting at night, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424489/350wm/K0030708-Leatherback_turtle_nesting-SPL.jpghttps://www.sciencephoto.com/image/424489/preview/K0030708-Leatherback_turtle_nesting-SPL.mp419.172011-09-26Yesdermochelys coriaceaendangeredfemalelaelayingleather back turtlesleatherback turtlesleatherbackslife cyclesnestnestingpapua new guineawild west oil townhttps://www.sciencephoto.com/media/424490/view/caribbean-reef-octopus-hunting2018-10-20T00:28:23Z0.9K002/9916 Caribbean reef octopus huntingK002/9916 Caribbean reef octopus (Octopus briareus) hunting at night. It hunts by extending its body over crevices and crannies, feeling for prey with its arms. It typically feeds on crustaceans, although it also eats fish. It is known for its colour-changing ability, rapidly turning from white to green to red and other colours. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424490/350wm/K0029916-Caribbean_reef_octopus_hunting-SPL.jpghttps://www.sciencephoto.com/image/424490/preview/K0029916-Caribbean_reef_octopus_hunting-SPL.mp425.232011-09-26Yesanimal themesbiologicalbiologycaribbeancaribbean reef octopuscephalopodfaunafloorfull lengthhuntingmarinemolluscmotionmovementnaturenightnight timeno oneno peoplenobodynocturnaloceanoctopodidaeoctopusoctopus briareusone animalreal timereef octopusseasea bedsea lifeseabedhttps://www.sciencephoto.com/media/424491/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9661 Bowel cancer surgeryK002/9661 Bowel cancer surgery. Clip 17 of 39. Footage of surgeons extracting and examining a 65-year-old woman's intestines during open surgery in a case of a malignant bowel tumour. The operation started out as a laparoscopic procedure (keyhole ports visible at bottom), but was converted to open surgery. The surgeons extracted the intestines through the incision made here, and removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424491/350wm/K0029661-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424491/preview/K0029661-Bowel_cancer_surgery-SPL.mp444.042011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopic bagextractionfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424493/view/borane-bonding-with-sp2-hybridisation2018-10-20T00:28:07Z0.9K002/8899 Borane bonding with sp2 hybridisationK002/8899 Animation of the bonding in a borane molecule (BH3). Initially a boron atom has three populated electron orbitals; an inner spherical 1s shell, a spherical 2s shell, and one bi-lobed 2p shell. It might be expected that only the 2p orbital would be involved in bonding, producing BH, but instead one 2s electron rises to a vacant 2p level (dark red), and the two 2p orbitals and the 2s orbital hybridise, producing three identical sp2 orbitals, arranged in a trigonal planar (flat triangle) shape. These then bond with hydrogen atoms, with a release of energy. The hybridised BH3 is energetically favoured over BH as the energy required to raise the 2s electron to the 2p level is more than made up for by the energy released in the creation of the two extra B-H bonds that the hybridisation permits.https://www.sciencephoto.com/image/424493/350wm/K0028899-Borane_bonding_with_sp2_hybridisation-SPL.jpghttps://www.sciencephoto.com/image/424493/preview/K0028899-Borane_bonding_with_sp2_hybridisation-SPL.mp431.062011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbh3bondbondedbondingbondsboraneboronchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelsmolecularhttps://www.sciencephoto.com/media/424494/view/humpback-whales2018-03-28T09:38:32Z0.9K003/0969 Humpback whalesK003/0969 Cameraman filming Humpback Whale, Mother, Calf and Escort, Toku, Vava'u Islands, Tongahttps://www.sciencephoto.com/image/424494/350wm/K0030969-Humpback_whales-SPL.jpghttps://www.sciencephoto.com/image/424494/preview/K0030969-Humpback_whales-SPL.mp442.22011-09-26Yes1080i 5016:9aboveanimalbabybehaviourcalfcameramancarecetaceansescortfilmingfree divingheat runhumanhumpback whalehumpbacksjuvenilelife cycleslittlemalemammalmanmaternalmaternal instinctmegaptera novaeangliaemothernurturenurturingprotectprotectionroger munnshttps://www.sciencephoto.com/media/424495/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0186 Arthroscopic knee surgeryK003/0186 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424495/350wm/K0030186-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424495/preview/K0030186-Arthroscopic_knee_surgery-SPL.mp48.212011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424496/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9662 Bowel cancer surgeryK002/9662 Bowel cancer surgery. Clip 16 of 39. Footage of surgeons completing the initial incision for open surgery on a 65-year-old woman with a malignant bowel tumour. They are using an electro-cautery (diathermy) tool to burn the incision. They then place a plastic tubing in the incision, through which they begin to extract the patient's intestines. The operation started out as a laparoscopic procedure (keyhole ports visible at bottom), but was converted to open surgery. The surgeons extracted the intestines through the incision made here, and removed (debulked) most of the tumour. For the clip showing the removal of this plastic tubing, see K002/9644. This tumour was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424496/350wm/K0029662-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424496/preview/K0029662-Bowel_cancer_surgery-SPL.mp445.212011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditiondetaildevicesdiathermydigestiondigestive system disorderdiseasedoctordoctorsendoscopic bagfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424497/view/leatherback-turtle-hatchling2018-03-28T09:38:32Z0.9K003/0709 Leatherback turtle hatchlingK003/0709 Leatherback turtle hatchling (Dermochelys coriacea) heading towards the sea on a beach. The leatherback is the largest sea turtle, reaching more than two metres in length and weighing up to 700 kilograms. The leatherback is found in seas worldwide, and can tolerate much colder waters than other turtles. It has been known to undertake vast journeys across the oceans, where it feeds almost exclusively on jellyfish. It nests in the tropics and subtropics, on sandy beaches without reefs. Mating occurs at sea, with only the females coming ashore to lay eggs. Human hunting has greatly reduced its numbers, and it is considered critically endangered. Filmed in Lae, Papua New Guinea.https://www.sciencephoto.com/image/424497/350wm/K0030709-Leatherback_turtle_hatchling-SPL.jpghttps://www.sciencephoto.com/image/424497/preview/K0030709-Leatherback_turtle_hatchling-SPL.mp417.142011-09-26Yesanimalbabybeachcoastcoastalcrawlingcritically endangereddaydaytimedermochelys coriaceaendangered speciesfaunahatchlingheadingimmaturejuvenilelaelandleather backleatherbackleatherbackslightmarinemovingnestnew lifeoceanpacificpapua new guineareproductionreptilerushinghttps://www.sciencephoto.com/media/424498/view/sp1-hybridisation-in-beryllium-hydride2018-10-20T00:28:07Z0.9K002/8900 sp1 hybridisation in beryllium hydrideK002/8900 Animation of the bonding in a beryllium hydride (BeH2) molecule. Initially a beryllium atom has two populated electron orbitals; an inner spherical 1s shell (blue) and an outer spherical 2s shell (grey). Beryllium typically forms ionic compounds through the loss of the 2s electrons, but it can also form covalent compounds with hydrogen. In beryllium hydride, one 2s electron rises to a vacant 2p level (red), and the 2p orbital and the 2s orbital hybridise, producing two identical sp orbitals (dark blue), arranged pointing away from each other. These then bond with hydrogen atoms, with a release of energy (flash).https://www.sciencephoto.com/image/424498/350wm/K0028900-sp1_hybridisation_in_beryllium_hydride-SPL.jpghttps://www.sciencephoto.com/image/424498/preview/K0028900-sp1_hybridisation_in_beryllium_hydride-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbh3bondbondedbondingbondsboraneboronchemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelsmolecularhttps://www.sciencephoto.com/media/424499/view/flame-scallop-escaping2018-10-20T00:28:23Z0.9K002/9917 Flame scallop escapingK002/9917 Flame scallop, or rough fileclam (Lima scabra), escaping. It shoots rapidly backwards by expelling a jet of water from its mantle. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424499/350wm/K0029917-Flame_scallop_escaping-SPL.jpghttps://www.sciencephoto.com/image/424499/preview/K0029917-Flame_scallop_escaping-SPL.mp48.182011-09-26Yesanimal themesatlanticbiologicalbiologybivalvecaribbeancoralsdaydaytimedefencedefensefaunafile clamflame scallopfloorfull lengthlima scabralimidaemarinemolluscmolluscsmotionmovementnatureno oneno peoplenobodyoceanone animalpinkreal timereefhttps://www.sciencephoto.com/media/424500/view/humpback-whales2018-03-28T09:38:32Z0.9K003/0970 Humpback whalesK003/0970 Cameraman filming Humpbacks, Mother and Escort, before the Humpback Calf starts ascending to the surface and frolicking, Toku, Vava'u Islands, Tongahttps://www.sciencephoto.com/image/424500/350wm/K0030970-Humpback_whales-SPL.jpghttps://www.sciencephoto.com/image/424500/preview/K0030970-Humpback_whales-SPL.mp4126.072011-09-26Yes1080i 5016:9animalblue watercalfcameramancarecetaceanscoupleescortfemalefree diverhumanhumpback whalehumpbacksinteractinginteractionjuvenilelife cycleslittlemalemammalmanmaternalmaternal instinctmegaptera novaeangliaemothernurturenurturingobserveobservingpersonhttps://www.sciencephoto.com/media/424501/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0187 Arthroscopic knee surgeryK003/0187 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424501/350wm/K0030187-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424501/preview/K0030187-Arthroscopic_knee_surgery-SPL.mp4202011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424502/view/bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9663 Bowel cancer surgeryK002/9663 Bowel cancer surgery. Clip 15 of 39. Footage of surgeons carrying out the initial incision for open surgery on a 65-year-old woman with a malignant bowel tumour. They are using an electro-cautery (diathermy) tool to burn the incision. Retractors (left) will be used to hold the incision open. The operation started out as a laparoscopic procedure (keyhole ports visible at bottom), but was converted to open surgery. The surgeons extracted the intestines through the incision made here, and removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424502/350wm/K0029663-Bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424502/preview/K0029663-Bowel_cancer_surgery-SPL.mp424.232011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisationcautery toolclose-upcolon cancercolorectal cancerconditioncuttingdetaildevicesdiathermydigestiondigestive system disorderdiseasedoctordoctorsfemale patientgastrointestinal tractgi surgeryhttps://www.sciencephoto.com/media/424503/view/earth-observation-satellite-orbits2018-11-06T15:36:22Z0.9K002/7386 Earth observation satellite orbitsK002/7386 Animation of the orbits of different types of Earth observation satellite. The static satellites are in a geostationary orbit, whose period is exactly one day, meaning they stay above the same spot on Earth. This allows them to collect a continuous stream of data for one location. The geostationary orbit has to be 35,786 kilometres above the equator. The other orbits are polar orbits, which are around 800 kilometres above the Earth's surface, and take roughly 100 minutes to orbit. These orbits allow the satellite to pass over successive regions at the same local time each day, covering the whole Earth in one day.https://www.sciencephoto.com/image/424503/350wm/K0027386-Earth_observation_satellite_orbits-SPL.jpghttps://www.sciencephoto.com/image/424503/preview/K0027386-Earth_observation_satellite_orbits-SPL.mp4482011-09-26Yes40 seconds or greateranimatedanimationatmosphereatmosphericclimatedataearthgeostationaryglobelandmeteorologicalmeteorologyobservationobservingoceanorbitorbitingorbitsphysicspolar orbitresearchsatellitesciencescientificseaweatherworldhttps://www.sciencephoto.com/media/424504/view/sp1-hybridisation-in-beryllium-hydride2018-10-20T00:28:07Z0.9K002/8901 sp1 hybridisation in beryllium hydrideK002/8901 Animation of the bonding in a beryllium hydride (BeH2) molecule. Initially a beryllium atom has two populated electron orbitals; an inner spherical 1s shell (blue) and an outer spherical 2s shell (grey). Beryllium typically forms ionic compounds through the loss of the 2s electrons, but it can also form covalent compounds with hydrogen. In beryllium hydride, one 2s electron rises to a vacant 2p level (red), and the 2p orbital and the 2s orbital hybridise, producing two identical sp orbitals (dark blue), arranged pointing away from each other. These then bond with hydrogen atoms, with a release of energy (flash).https://www.sciencephoto.com/image/424504/350wm/K0028901-sp1_hybridisation_in_beryllium_hydride-SPL.jpghttps://www.sciencephoto.com/image/424504/preview/K0028901-sp1_hybridisation_in_beryllium_hydride-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbeh2berylliumbondbondedbondingbondsboranechemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelslinearhttps://www.sciencephoto.com/media/424505/view/yellowmargin-moray-eel2018-03-28T09:38:32Z0.9K003/0971 Yellowmargin moray eelK003/0971 Underwater footage of a yellowmargin moray eel (Gymnothorax flavimarginatus) in a rocky crevice. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424505/350wm/K0030971-Yellowmargin_moray_eel-SPL.jpghttps://www.sciencephoto.com/image/424505/preview/K0030971-Yellowmargin_moray_eel-SPL.mp453.182011-09-26Yes50 seconds or greateranimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunagymnothorax flavimarginatushand heldhand-heldhandheldhidingholemarine animalmedium shotmoray eelmoray eelsmuraenidaenaturalnatureno-onenobodyoceanone animalphilippinesreal timeseasulu seathe natural worldtubbatahatubbataha reefs natural parkhttps://www.sciencephoto.com/media/424506/view/corkscrew-anemone2018-10-20T00:28:23Z0.9K002/9918 Corkscrew anemoneK002/9918 Corkscrew anemone (Bartholomea annulata). This anemone catches prey in its tentacles. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424506/350wm/K0029918-Corkscrew_anemone-SPL.jpghttps://www.sciencephoto.com/image/424506/preview/K0029918-Corkscrew_anemone-SPL.mp413.042011-09-26Yesanemoneanimal themesatlanticbartholomea annulatabiologicalbiologycaribbeancnidariancorkscrewcorkscrew anemonedaydaytimefaunafloorfull lengthmarinemotionmovementnatureno oneno peoplenobodyoceanone animalreal timeseasea anemonesea bedsea lifeseabedswelltentaclehttps://www.sciencephoto.com/media/424507/view/laparoscopic-bowel-cancer-surgery2018-11-04T15:33:43Z0.9K002/9664 Laparoscopic bowel cancer surgeryK002/9664 Laparoscopic bowel cancer surgery. Clip 14 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through the keyhole ports seen here, and are being moved around as the surgeons examine the patient's bowels. Views from the cameras are being relayed back for the surgeons to observe on screens (not seen). This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424507/350wm/K0029664-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424507/preview/K0029664-Laparoscopic_bowel_cancer_surgery-SPL.mp443.22011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424508/view/leatherback-turtles-nesting2018-03-28T09:38:32Z0.9K003/0710 Leatherback turtles nestingK003/0710 Leatherback Turtles Nesting at Night shot, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424508/350wm/K0030710-Leatherback_turtles_nesting-SPL.jpghttps://www.sciencephoto.com/image/424508/preview/K0030710-Leatherback_turtles_nesting-SPL.mp416.122011-09-26Yesdermochelys coriaceaendangeredfemalelaelayingleather back turtlesleatherback turtlesleatherbackslife cyclesnestnestingpapua new guineawild west oil townhttps://www.sciencephoto.com/media/424509/view/daily-air-traffic2018-02-22T09:09:02Z0.9K002/7387 Daily air trafficK002/7387 Commercial air traffic. Each yellow line is one commercial flight. As dawn arrives in North America, there is a massive increase in traffic.https://www.sciencephoto.com/image/424509/350wm/K0027387-Daily_air_traffic-SPL.jpghttps://www.sciencephoto.com/image/424509/preview/K0027387-Daily_air_traffic-SPL.mp433.072011-09-26Yes30 seconds or greateraeroplaneair trafficaircraftairplaneamericaamericananimatedanimationatlanticaviationbritishcommercialdawndayeartheuropeeuropeanflightflightsflyingglobeinternationalinternational travellandnightnorthoceanpassenger planeplaneplanesseahttps://www.sciencephoto.com/media/424510/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0188 Arthroscopic knee surgeryK003/0188 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424510/350wm/K0030188-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424510/preview/K0030188-Arthroscopic_knee_surgery-SPL.mp4302011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424511/view/tomato-anemonefish2018-03-28T09:38:32Z0.9K003/0972 Tomato anemonefishK003/0972 Tomato anemonefish (Amphiprion frenatus) in their host anemone. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424511/350wm/K0030972-Tomato_anemonefish-SPL.jpghttps://www.sciencephoto.com/image/424511/preview/K0030972-Tomato_anemonefish-SPL.mp484.242011-09-26Yesa frenatusamphiprion frenatusanemoneanemone fishanemonefishanemonesanimalanimal themesanimaliaanimalsanthozoabahurang tubbatahaclose upclose-upcloseupclown fishclownfishcnidariacoralcoralscoupledayduofaunafishhand heldhand-heldhandheldhomeinvertebrateinvertebrateslong cliphttps://www.sciencephoto.com/media/424512/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:15Z0.9K002/9665 Laparoscopic bowel cancer surgeryK002/9665 Laparoscopic bowel cancer surgery. Clip 13 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Here, a fourth keyhole port is being added to the three already present. An endoscopic tube and camera are inserted into the new port. Views from the cameras are relayed back for the surgeons to observe on screens (not seen) as they examine the patient's bowels. This multi-port laparoscopy was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424512/350wm/K0029665-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424512/preview/K0029665-Laparoscopic_bowel_cancer_surgery-SPL.mp413.112011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424514/view/seasonal-air-temperature-changes2018-02-22T09:09:02Z0.9K002/7388 Seasonal air temperature changesK002/7388 Seasonal changes in air temperature for fifty years, from 1950-1999. Temperature is colour-coded, from blue (coldest) to red (hottest). The seasonal fluctuation due to the Earth's tilt on its axis is evident. High ground (such as the Andes) has a temperature largely unaffected by seasons due to its altitude. The effect of other systems is also seen - despite being further south than the British Isles, Newfoundland (at the eastern tip of North America) is a lot colder, as western Europe is warmed by the Gulf Stream. The original data are from the Global Historical Climatology Network, which is part of NOAA's National Climatic Data Centre. The data was interpolated by the Centre for Climatic Research at the University of Delaware.https://www.sciencephoto.com/image/424514/350wm/K0027388-Seasonal_air_temperature_changes-SPL.jpghttps://www.sciencephoto.com/image/424514/preview/K0027388-Seasonal_air_temperature_changes-SPL.mp4102011-09-26Yes10 seconds or greaterair temperatureanimatedanimationcoldcooldatadiscoveryearthghcnglobalglobal historical climatology networkglobeheathotlandmeteorologicalmeteorologynational climatic data centernational oceanic and atmospheric administrationnoaaoceanphysicsresearchresultssciencescientificseaseasonaltemperatureworldhttps://www.sciencephoto.com/media/424515/view/sp1-hybridisation-in-beryllium-hydride2018-10-20T00:28:07Z0.9K002/8902 sp1 hybridisation in beryllium hydrideK002/8902 Animation of the bonding in a beryllium hydride (BeH2) molecule. Initially a beryllium atom has two populated electron orbitals; an inner spherical 1s shell (blue) and an outer spherical 2s shell (grey). Beryllium typically forms ionic compounds through the loss of the 2s electrons, but it can also form covalent compounds with hydrogen. In beryllium hydride, one 2s electron rises to a vacant 2p level (red), and the 2p orbital and the 2s orbital hybridise, producing two identical sp orbitals (dark blue), arranged pointing away from each other. These then bond with hydrogen atoms, with a release of energy (flash).https://www.sciencephoto.com/image/424515/350wm/K0028902-sp1_hybridisation_in_beryllium_hydride-SPL.jpghttps://www.sciencephoto.com/image/424515/preview/K0028902-sp1_hybridisation_in_beryllium_hydride-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbeh2berylliumbondbondedbondingbondsboranechemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelslinearhttps://www.sciencephoto.com/media/424516/view/tadpoles2018-10-20T00:28:07Z0.9K002/9189 TadpolesK002/9189 Tadpoles of the common frog (Rana temporaria) underwater in a tank.https://www.sciencephoto.com/image/424516/350wm/K0029189-Tadpoles-SPL.jpghttps://www.sciencephoto.com/image/424516/preview/K0029189-Tadpoles-SPL.mp4152011-09-26Yes10 seconds or greateramphibiananimalanimal themeaquaticcopy spacecopyspacedevelopmentgrowthimmaturejuvenilelarge group of animalslarvalarvalmedium shotnobodyrana temporariareal timeswimmingtadpoletadpolestankunderwaterwaterwildlifeyoungyoung animalhttps://www.sciencephoto.com/media/424517/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0189 Arthroscopic knee surgeryK003/0189 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424517/350wm/K0030189-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424517/preview/K0030189-Arthroscopic_knee_surgery-SPL.mp4352011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424518/view/tomato-anemonefish-with-eggs2018-03-28T09:38:32Z0.9K003/0973 Tomato anemonefish with eggsK003/0973 Tomato anemonefish (Amphiprion frenatus) in their host anemone. There is a patch of red eggs on the rock at upper centre, which the parents aerate by blowing on them from time to time. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424518/350wm/K0030973-Tomato_anemonefish_with_eggs-SPL.jpghttps://www.sciencephoto.com/image/424518/preview/K0030973-Tomato_anemonefish_with_eggs-SPL.mp433.132011-09-26Yes30 seconds or greatera frenatusaeratingamphiprion frenatusanemone fishanemonefishanemonesanimalanimal themesanimaliaanimalsanthozoabehaviourbehaviouralblowingcarecaringclose upclose-upcloseupclown fishclownfishcnidariacoupledayduoeggeggsfaunafishhand heldhand-heldhttps://www.sciencephoto.com/media/424519/view/leatherback-turtle-hatchling2018-11-06T15:35:56Z0.9K003/0711 Leatherback turtle hatchlingK003/0711 Leatherback Turtle hatchling swimming out to sea, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424519/350wm/K0030711-Leatherback_turtle_hatchling-SPL.jpghttps://www.sciencephoto.com/image/424519/preview/K0030711-Leatherback_turtle_hatchling-SPL.mp419.182011-09-26Yes16:9alonebabydermochelys coriaceaendangeredhatchlingsjourneyjuvenilelaeleather back turtlesleatherback turtlesleatherbackslittlemovemovingonepapua new guineasmallsoloswimswimmingtinyvulnerablewidescreenwild west oil townyounghttps://www.sciencephoto.com/media/424520/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9666 Laparoscopic bowel cancer surgeryK002/9666 Laparoscopic bowel cancer surgery. Clip 12 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through keyhole ports in her abdomen (lower centre) and are being moved around as the surgeons examine the patient's bowels on the views relayed back to the screens (upper left and upper centre). This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424520/350wm/K0029666-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424520/preview/K0029666-Laparoscopic_bowel_cancer_surgery-SPL.mp47.182011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasiancolon cancercolorectal cancerconditiondevicesdigestiondigestive system disorderdiseasedisplaydoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424521/view/basket-star-and-vase-sponge2018-10-20T00:28:23Z0.9K002/9920 Basket star and vase spongeK002/9920 Giant basket star (Astrophyton muricatum) on a vase sponge. The giant basket star is nocturnal, and uses its branched feeding arms to trap its prey. By day it forms a tightly-curled ball for defence. Filmed in Dominica, in the West Indies.https://www.sciencephoto.com/image/424521/350wm/K0029920-Basket_star_and_vase_sponge-SPL.jpghttps://www.sciencephoto.com/image/424521/preview/K0029920-Basket_star_and_vase_sponge-SPL.mp413.222011-09-26Yesanimal themesastrophyton muricatumatlanticbasket starbiologicalbiologycaribbeancurrentfaunafeedingfloorgiant basket stargorgonocephalidaemarinemotionmovementnaturenightnight timeno oneno peoplenobodynocturnaloceanphrynophiuridaplankton netporiferareal timeseasea bedsea lifeseabedhttps://www.sciencephoto.com/media/424523/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0190 Arthroscopic knee surgeryK003/0190 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. During this clip, fluid being used to wash out the joint is seen. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424523/350wm/K0030190-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424523/preview/K0030190-Arthroscopic_knee_surgery-SPL.mp417.152011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementdrainagedrainingendoscopeendoscopesendoscopicequipmentexploratoryfluidhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatinghttps://www.sciencephoto.com/media/424524/view/tadpoles2018-10-20T00:28:07Z0.9K002/9190 TadpolesK002/9190 Tadpoles of the common frog (Rana temporaria) underwater in a tank.https://www.sciencephoto.com/image/424524/350wm/K0029190-Tadpoles-SPL.jpghttps://www.sciencephoto.com/image/424524/preview/K0029190-Tadpoles-SPL.mp4102011-09-26Yes10 seconds or greateramphibiananimalanimal themeaquaticcopy spacecopyspacedevelopmentgrowthimmaturejuvenilelarvalarvalmedium shotnobodyrana temporariareal timesmall group of animalsswimmingtadpoletadpolestankunderwaterwaterwildlifeyoungyoung animalhttps://www.sciencephoto.com/media/424525/view/tomato-anemonefish2018-03-28T09:38:32Z0.9K003/0974 Tomato anemonefishK003/0974 Underwater footage of tomato anemonefish (Amphiprion frenatus) in their host anemone. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424525/350wm/K0030974-Tomato_anemonefish-SPL.jpghttps://www.sciencephoto.com/image/424525/preview/K0030974-Tomato_anemonefish-SPL.mp427.172011-09-26Yes20 seconds or greatera frenatusamphiprion frenatusanemoneanemone fishanemonefishanemonesanimalanimal themesanimaliaanimalsanthozoabahurang tubbatahaclose upclose-upcloseupclown fishclownfishcnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebratesmarine animalnaturalnaturehttps://www.sciencephoto.com/media/424526/view/leatherback-turtle-hatchlings2018-03-28T09:38:32Z0.9K003/0712 Leatherback turtle hatchlingsK003/0712 Leatherback Turtle hatchlings Underwater, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424526/350wm/K0030712-Leatherback_turtle_hatchlings-SPL.jpghttps://www.sciencephoto.com/image/424526/preview/K0030712-Leatherback_turtle_hatchlings-SPL.mp45.192011-09-26Yes16:9dermochelys coriaceaendangeredhdv 1080ilaeleather back turtlesleatherback turtlesleatherbackspapua new guineaunderwaterwidescreenwild west oil townwildlifehttps://www.sciencephoto.com/media/424527/view/sp1-hybridisation-in-beryllium-hydride2018-10-20T00:28:07Z0.9K002/8903 sp1 hybridisation in beryllium hydrideK002/8903 Animation of the bonding in a beryllium hydride (BeH2) molecule. Initially a beryllium atom has two populated electron orbitals; an inner spherical 1s shell (blue) and an outer spherical 2s shell (grey). Beryllium typically forms ionic compounds through the loss of the 2s electrons, but it can also form covalent compounds with hydrogen. In beryllium hydride, one 2s electron rises to a vacant 2p level (red), and the 2p orbital and the 2s orbital hybridise, producing two identical sp orbitals (dark blue), arranged pointing away from each other. These then bond with hydrogen atoms, with a release of energy (flash).https://www.sciencephoto.com/image/424527/350wm/K0028903-sp1_hybridisation_in_beryllium_hydride-SPL.jpghttps://www.sciencephoto.com/image/424527/preview/K0028903-sp1_hybridisation_in_beryllium_hydride-SPL.mp431.072011-09-26Yes2p2sa-levelanimatedanimationatomatomicatomsbeh2berylliumbondbondedbondingbondsboranechemicalchemistrycovalentdemonstratingdemonstrationeducationeducationalelectronelectronsenergeticenergyhybridhybridisationhydrogenlevellevelslinearhttps://www.sciencephoto.com/media/424528/view/corallimorph2018-10-20T00:28:23Z0.9K002/9921 CorallimorphK002/9921 Close-up of a sea anemone-like corallimorph on a reef. Filmed in the Caribbean Seahttps://www.sciencephoto.com/image/424528/350wm/K0029921-Corallimorph-SPL.jpghttps://www.sciencephoto.com/image/424528/preview/K0029921-Corallimorph-SPL.mp46.062011-09-26Yesanimal themesanthozoabiologicalbiologyclose upclose-upcnidarianscorallimorphcorallimorphariacorallimorphsfaunafloormarinemotionmovementnaturenightnight timeno oneno peoplenobodynocturnaloceanreal timereefseasea bedsea lifeseabedspongetropicalunderwaterhttps://www.sciencephoto.com/media/424529/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9667 Laparoscopic bowel cancer surgeryK002/9667 Laparoscopic bowel cancer surgery. Clip 11 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through keyhole ports in her abdomen (lower right) and are being moved around as the surgeons examine the patient's bowels on the views relayed back to the screens (upper left and upper right). Here, a cautery tool is being used to burn through tissue. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424529/350wm/K0029667-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424529/preview/K0029667-Laparoscopic_bowel_cancer_surgery-SPL.mp492011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsburningcancercancerouscarcinomacaucasiancauterisingcautery toolcolon cancercolorectal cancerconditiondevicesdiathermydigestiondigestive system disorderdiseasedisplaydoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patienthttps://www.sciencephoto.com/media/424530/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0191 Arthroscopic knee surgeryK003/0191 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424530/350wm/K0030191-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424530/preview/K0030191-Arthroscopic_knee_surgery-SPL.mp4452011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424531/view/tadpoles2018-10-20T00:28:07Z0.9K002/9191 TadpolesK002/9191 Tadpoles of the common frog (Rana temporaria) underwater in a tank.https://www.sciencephoto.com/image/424531/350wm/K0029191-Tadpoles-SPL.jpghttps://www.sciencephoto.com/image/424531/preview/K0029191-Tadpoles-SPL.mp412.242011-09-26Yes10 seconds or greateramphibiananimalanimal themeaquaticcopy spacecopyspacedevelopmentgrowthimmaturejuvenilelarvalarvalmedium shotnobodyrana temporariareal timesmall group of animalsswimmingtadpoletadpolestankunderwaterwaterwildlifeyoungyoung animalhttps://www.sciencephoto.com/media/424532/view/acars-wind-measurements2018-02-22T09:09:02Z0.9K002/7390 ACARS wind measurementsK002/7390 Wind measurements from the ACARS weather reporting system. Winds are displayed as wind barbs, which indicate direction and speed of the wind, at altitudes from 10,000 metres to 13,500 metres. ACARS is a system for transmitting data between aircraft and receiving stations. Weather measurement equipment is attached to commercial aircraft, and the data relayed and interpreted to provide accurate and up-to-date information about the conditions. Some 140,000 observations are collected each day, with around 4000 aircraft involved.https://www.sciencephoto.com/image/424532/350wm/K0027390-ACARS_wind_measurements-SPL.jpghttps://www.sciencephoto.com/image/424532/preview/K0027390-ACARS_wind_measurements-SPL.mp4102011-09-26Yes10 seconds or greateracarsaeroplaneair trafficair transportationaircraftaircraft communications addressing and reporting systemaircraft meteorological data relayairplaneamdaranimatedanimationatmosphereatmosphericaviationdatadirectiondiscoveryearthflightflyingforecastforecastingglobeinternational flightinternational travelmeasurementmeasuringplaneresearchresultssciencehttps://www.sciencephoto.com/media/424533/view/crown-of-thorns-starfish2018-03-28T09:38:32Z0.9K003/0975 Crown of thorns starfishK003/0975 Underwater footage of a crown of thorns starfish (Acanthaster planci) on a reef. Filmed in Kawayan Rock, Cuyon Islands, the Philippines.https://www.sciencephoto.com/image/424533/350wm/K0030975-Crown_of_thorns_starfish-SPL.jpghttps://www.sciencephoto.com/image/424533/preview/K0030975-Crown_of_thorns_starfish-SPL.mp429.022011-09-26Yes20 seconds or greatera planciacanthaster plancianimalanimal themesanimaliaanimalsclose upclose-upcloseupcrown of thorns star fishcrown of thorns starfishcrown-of-thornscrown-of-thorns star fishcrown-of-thorns starfishcuyon islandsdayechinodermechinodermataechinodermsfaunahand heldhand-heldhandheldkawayan rockmarine animalnaturalnatureno-onenobodyoceanone animalhttps://www.sciencephoto.com/media/424535/view/leatherback-turtle-hatchlings2018-11-06T15:37:42Z0.9K003/0713 Leatherback turtle hatchlingsK003/0713 Leatherback Turtle hatchlings moving over beach to sea, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424535/350wm/K0030713-Leatherback_turtle_hatchlings-SPL.jpghttps://www.sciencephoto.com/image/424535/preview/K0030713-Leatherback_turtle_hatchlings-SPL.mp48.142011-09-26Yes16:9babycrawlcrawlingdermochelys coriaceaendangeredhatchlingsjourneyjuvenilelaeleather back turtlesleatherback turtlesleatherbackslotsmanymovemovingpapua new guineasmallvulnerablewidescreenwild west oil townyounghttps://www.sciencephoto.com/media/424536/view/corallimorph2018-10-20T00:28:23Z0.9K002/9922 CorallimorphK002/9922 Sea anemone-like corallimorph on a reef. Filmed in the Caribbean Seahttps://www.sciencephoto.com/image/424536/350wm/K0029922-Corallimorph-SPL.jpghttps://www.sciencephoto.com/image/424536/preview/K0029922-Corallimorph-SPL.mp452011-09-26Yesanimal themesanthozoabiologicalbiologycnidarianscorallimorphcorallimorphariacorallimorphsfaunafloormarinemotionmovementnaturenightnight timeno oneno peoplenobodynocturnaloceanreal timereefseasea bedsea lifeseabedspongetropicalunderwaterwildwildlifehttps://www.sciencephoto.com/media/424537/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9668 Laparoscopic bowel cancer surgeryK002/9668 Laparoscopic bowel cancer surgery. Clip 10 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through keyhole ports in her abdomen (lower centre) and are being moved around as the surgeons examine the patient's bowels on the views relayed back to the screens (upper left and upper centre). Here, a scissor tool is used to cut through tissue. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424537/350wm/K0029668-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424537/preview/K0029668-Laparoscopic_bowel_cancer_surgery-SPL.mp413.192011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasiancolon cancercolorectal cancerconditioncuttingdevicesdigestiondigestive system disorderdiseasedisplaydoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424538/view/zuniceratops-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8904 Zuniceratops dinosaur walkingK002/8904 Animation of a Zuniceratops dinosaur walking. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424538/350wm/K0028904-Zuniceratops_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424538/preview/K0028904-Zuniceratops_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424539/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0192 Arthroscopic knee surgeryK003/0192 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424539/350wm/K0030192-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424539/preview/K0030192-Arthroscopic_knee_surgery-SPL.mp4502011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424540/view/tadpoles2018-10-20T00:28:07Z0.9K002/9192 TadpolesK002/9192 Tadpoles of the common frog (Rana temporaria) underwater in a tank.https://www.sciencephoto.com/image/424540/350wm/K0029192-Tadpoles-SPL.jpghttps://www.sciencephoto.com/image/424540/preview/K0029192-Tadpoles-SPL.mp45.052011-09-26Yes10 seconds or greateramphibiananimalanimal themeaquaticcopy spacecopyspacedevelopmentgrowthimmaturejuvenilelarvalarvalmedium shotnobodyrana temporariareal timesmall group of animalsswimmingtadpoletadpolestankunderwaterwaterwildlifeyoungyoung animalhttps://www.sciencephoto.com/media/424541/view/acars-flight-tracks2018-02-22T09:09:02Z0.9K002/7391 ACARS flight tracksK002/7391 Tracks of flights taking wind measurements for the ACARS weather reporting system. Wind direction and speed are measured at altitudes from 10,000 metres to 13,500 metres. ACARS is a system for transmitting data between aircraft and receiving stations. Weather measurement equipment is attached to commercial aircraft, and the data relayed and interpreted to provide accurate and up-to-date information about the conditions. Some 140,000 observations are collected each day, with around 4000 aircraft involved.https://www.sciencephoto.com/image/424541/350wm/K0027391-ACARS_flight_tracks-SPL.jpghttps://www.sciencephoto.com/image/424541/preview/K0027391-ACARS_flight_tracks-SPL.mp49.142011-09-26Yes10 seconds or greateracarsaeroplaneair trafficair transportationaircraftaircraft communications addressing and reporting systemaircraft meteorological data relayairplaneamdaranimatedanimationatmosphereatmosphericaviationdatadirectiondiscoveryearthflightflightsflyingforecastforecastingglobeinternational flightinternational travelmeteorologyplaneresearchresultssciencehttps://www.sciencephoto.com/media/424542/view/crown-of-thorns-starfish2018-03-28T09:38:32Z0.9K003/0976 Crown of thorns starfishK003/0976 Underwater footage of a crown of thorns starfish (Acanthaster planci) on a reef. Filmed in Kawayan Rock, Cuyon Islands, the Philippines.https://www.sciencephoto.com/image/424542/350wm/K0030976-Crown_of_thorns_starfish-SPL.jpghttps://www.sciencephoto.com/image/424542/preview/K0030976-Crown_of_thorns_starfish-SPL.mp48.092011-09-26Yesa planciacanthaster plancianimalanimal themesanimaliaanimalsclose upclose-upcloseupcrown of thorns star fishcrown of thorns starfishcrown-of-thornscrown-of-thorns star fishcrown-of-thorns starfishcuyon islandsdayechinodermechinodermataechinodermsfaunahand heldhand-heldhandheldkawayan rockless than 10 secondsmarine animalnaturalnatureno-onenobodyoceanone animalhttps://www.sciencephoto.com/media/424545/view/leatherback-turtles-nesting2018-03-28T09:38:32Z0.9K003/0714 Leatherback turtles nestingK003/0714 Leatherback Turtles Nesting at Night, Lae, Papua New Guineahttps://www.sciencephoto.com/image/424545/350wm/K0030714-Leatherback_turtles_nesting-SPL.jpghttps://www.sciencephoto.com/image/424545/preview/K0030714-Leatherback_turtles_nesting-SPL.mp47.012011-09-26Yesdermochelys coriaceaendangeredfemalelaelayingleather back turtlesleatherback turtlesleatherbackslife cyclesnestnestingpapua new guineawild west oil townhttps://www.sciencephoto.com/media/424546/view/zuniceratops-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8905 Zuniceratops dinosaur walkingK002/8905 Animation of a Zuniceratops dinosaur walking. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424546/350wm/K0028905-Zuniceratops_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424546/preview/K0028905-Zuniceratops_dinosaur_walking-SPL.mp49.182011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424547/view/laparoscopic-bowel-cancer-surgery2018-11-06T15:36:29Z0.9K002/9669 Laparoscopic bowel cancer surgeryK002/9669 Laparoscopic bowel cancer surgery. Clip 9 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through keyhole ports in her abdomen (lower right) and are being moved around as the surgeons examine the patient's bowels on the views relayed back to the screens (upper left and upper right). Here, a scissor tool is being used and other tools used to move organs around. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424547/350wm/K0029669-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424547/preview/K0029669-Laparoscopic_bowel_cancer_surgery-SPL.mp419.082011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasiancolon cancercolorectal cancerconditioncuttingdevicesdigestiondigestive system disorderdiseasedisplaydoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424548/view/tadpoles2018-10-20T00:28:07Z0.9K002/9193 TadpolesK002/9193 Tadpoles of the common frog (Rana temporaria) underwater in a tank.https://www.sciencephoto.com/image/424548/350wm/K0029193-Tadpoles-SPL.jpghttps://www.sciencephoto.com/image/424548/preview/K0029193-Tadpoles-SPL.mp492011-09-26Yes10 seconds or greateramphibiananimalanimal themeaquaticcopy spacecopyspacedevelopmentgrowthimmaturejuvenilelarvalarvalmedium shotnobodyrana temporariareal timesmall group of animalsswimmingtadpoletadpolestankunderwaterwaterwildlifeyoungyoung animalhttps://www.sciencephoto.com/media/424549/view/soft-coral2018-03-28T09:38:32Z0.9K003/0977 Soft coralK003/0977 Underwater footage of soft coral. Filmed in Kawayan Rock, Cuyon Islands, the Philippines.https://www.sciencephoto.com/image/424549/350wm/K0030977-Soft_coral-SPL.jpghttps://www.sciencephoto.com/image/424549/preview/K0030977-Soft_coral-SPL.mp438.232011-09-26Yes30 seconds or greateranimalanimal themesanimaliaanimalsanthozoabeauty in natureclose upclose-upcloseupcnidariacoral reefcoral reefscoralscuyon islandsdayfaunafull framehand heldhand-heldhandheldinvertebrateinvertebrateskawayan rockmarine animalnaturalnatureno-onenobodyoceanone animalphilippineshttps://www.sciencephoto.com/media/424550/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0193 Arthroscopic knee surgeryK003/0193 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424550/350wm/K0030193-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424550/preview/K0030193-Arthroscopic_knee_surgery-SPL.mp417.032011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424551/view/glasseye-snapper2018-10-20T00:28:23Z0.9K002/9924 Glasseye snapperK002/9924 Glasseye Snapper (Heteropriacanthus cruentatus). Glasseye snappers have large eyes, and are nocturnal predators of animals such as octopuses, crustaceans and smaller fish. They may reach a length of 50 centimetres. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424551/350wm/K0029924-Glasseye_snapper-SPL.jpghttps://www.sciencephoto.com/image/424551/preview/K0029924-Glasseye_snapper-SPL.mp423.122011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancavecoraleyefaunafishfull lengthglasseye snapperheteropriacanthus cruentatuslutjanidaemarinemotionmovementnatureno oneno peoplenobodynocturnaloceanone animalpinkreal timeseasea lifesnappertropicalunderwaterwesternhttps://www.sciencephoto.com/media/424552/view/hard-coral2018-03-28T09:38:32Z0.9K003/0715 Hard coralK003/0715 Track forward over hard coral, through Glassfish and Anthias, Palawan, Philippineshttps://www.sciencephoto.com/image/424552/350wm/K0030715-Hard_coral-SPL.jpghttps://www.sciencephoto.com/image/424552/preview/K0030715-Hard_coral-SPL.mp439.042011-09-26Yes16:9anthiasapulit islandcoral reefglassfishhard coralpalawanphilippinesstaghorn coraltaytaywidescreenhttps://www.sciencephoto.com/media/424553/view/zuniceratops-dinosaur-running2018-11-16T10:41:45Z0.9K002/8906 Zuniceratops dinosaur runningK002/8906 Animation of a Zuniceratops dinosaur running. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424553/350wm/K0028906-Zuniceratops_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424553/preview/K0028906-Zuniceratops_dinosaur_running-SPL.mp410.072011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424554/view/turtle-over-coral2018-03-28T09:38:32Z0.9K003/0978 Turtle over coralK003/0978 Underwater footage of a turtle moving over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424554/350wm/K0030978-Turtle_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424554/preview/K0030978-Turtle_over_coral-SPL.mp431.212011-09-26Yes30 seconds or greateranimalanimal themesanimaliaanimalsanthozoabackground peoplebahurang tubbatahacheloniichordatacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldincidental peopleinvertebrateinvertebratesmarine animalnaturalnatureoceanone animalpeople in the backgroundphilippinesreal timereptilereptileshttps://www.sciencephoto.com/media/424555/view/laparoscopic-bowel-cancer-surgery2018-11-06T15:33:50Z0.9K002/9670 Laparoscopic bowel cancer surgeryK002/9670 Laparoscopic bowel cancer surgery. Clip 8 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through the three keyhole ports seen here, and are being moved around as the surgeons examine the patient's bowels. Views from the cameras are being relayed back for the surgeons to observe on screens (not seen). This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424555/350wm/K0029670-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424555/preview/K0029670-Laparoscopic_bowel_cancer_surgery-SPL.mp490.192011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424556/view/great-barracuda2018-10-20T00:28:23Z0.9K002/9925 Great barracudaK002/9925 Great barracuda (Sphyraena barracuda). The great barracuda is a large predatory fish that feeds on smaller fish, catching them with a short burst of speed. It can reach nearly two metres in length, and has been known to attack humans, albeit usually when mistaking them for other fish. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424556/350wm/K0029925-Great_barracuda-SPL.jpghttps://www.sciencephoto.com/image/424556/preview/K0029925-Great_barracuda-SPL.mp431.172011-09-26Yesanimal themesatlanticbarracudabarrel spongebiologicalbiologycaribbeandaydaytimedeep reefdeep slopefaunafishgreat barracudahuntermarinemotionmovementnatureno oneno peoplenobodyoceanpetrosiidaepredatorpredatoryreal timeseasea lifesphyraena barracudasphyraenidaesteep reefhttps://www.sciencephoto.com/media/424557/view/hard-coral2018-03-28T09:38:32Z0.9K003/0716 Hard coralK003/0716 Underwater footage of hard coral on a sandy seabed. Filmed in Palawan, The Philippines.https://www.sciencephoto.com/image/424557/350wm/K0030716-Hard_coral-SPL.jpghttps://www.sciencephoto.com/image/424557/preview/K0030716-Hard_coral-SPL.mp411.062011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoaapulit islandcnidariacnidaria coralscoralcoral reefcoral reefsdayfaunahand heldhand-heldhandheldhard coralhard coralsinvertebrateinvertebrateslarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanpacificpacific oceanpalawanhttps://www.sciencephoto.com/media/424558/view/zuniceratops-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8907 Zuniceratops dinosaur walkingK002/8907 Animation of a Zuniceratops dinosaur walking. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424558/350wm/K0028907-Zuniceratops_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424558/preview/K0028907-Zuniceratops_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424559/view/2005-hurricane-season2018-03-28T09:38:32Z0.9K002/7394 2005 hurricane seasonK002/7394 Data showing cloud cover during the 2005 North Atlantic hurricane season. This was the most active season on record, with 28 named storms, 15 hurricanes, seven major hurricanes, and four category 5 hurricanes. 2005 was the first season in which four major hurricanes hit the USA. The season started early and ended late with two tropical storms in June (which hadn't happened since 1986) and three tropical storms in November, with one that formed in December and dissipated in January. The season also included the most rapid intensification of a hurricane in 24 hours in the Atlantic Ocean, a record held by Wilma. The third and fourth most intense hurricanes ever recorded in the Atlantic basin were Rita and Wilma. Even with all these records, the 2005 hurricane season will arguably be most remembered for Hurricane Katrina, which devastated parts of Mississippi, Louisiana and in particular, New Orleans. Over 1600 people died during the storm and an estimated cost for all the damage, $75 billion, makes Katrina the costliest hurricane ever.https://www.sciencephoto.com/image/424559/350wm/K0027394-2005_hurricane_season-SPL.jpghttps://www.sciencephoto.com/image/424559/preview/K0027394-2005_hurricane_season-SPL.mp499.012011-09-26Yes200530 seconds or greateranimatedanimationatlantic oceanbadcategory 5cyclonecyclonescyclonicdamagedangerearthextremeglobehurricanehurricane katrinahurricaneslandmeteorologicalmeteorologynatural disasternorth atlanticoceanrecordrecord breakingrecordsrisksciencescientificseaseasonhttps://www.sciencephoto.com/media/424560/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0194 Arthroscopic knee surgeryK003/0194 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424560/350wm/K0030194-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424560/preview/K0030194-Arthroscopic_knee_surgery-SPL.mp4392011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424561/view/harlequin-sweetlips2018-03-28T09:38:32Z0.9K003/0979 Harlequin sweetlipsK003/0979 Underwater footage of a harlequin sweetlips fish (Plectorhinchus chaetodonoides). Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424561/350wm/K0030979-Harlequin_sweetlips-SPL.jpghttps://www.sciencephoto.com/image/424561/preview/K0030979-Harlequin_sweetlips-SPL.mp425.112011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsbahurang tubbatahachaetodonoideschordatadayfaunafishgruntgruntshand heldhand-heldhandheldharlequinlarge group of animalsmany spotted sweetlipsmany-spottedmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesplectorhinchusreal timeseaspothttps://www.sciencephoto.com/media/424562/view/roostertail-conch2018-10-20T00:28:23Z0.9K002/9926 Roostertail conchK002/9926 Roostertail conch (Lobatus gallus) moving on the seabed. This sea snail moves in short hops by pushing down with its operculum (shell cover). Filmed in Soufriere Scotts Head Marine Reserve, Dominica, in the Caribbean Sea.https://www.sciencephoto.com/image/424562/350wm/K0029926-Roostertail_conch-SPL.jpghttps://www.sciencephoto.com/image/424562/preview/K0029926-Roostertail_conch-SPL.mp434.092011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunafloorfull lengthgastropodlobatus gallusmarinemolluscmotionmovementmovingnatureno oneno peoplenobodyoceanone animalreal timerooster conchrooster tail conchsandsandyseasea bedsea lifeseabedhttps://www.sciencephoto.com/media/424563/view/western-clown-anemonefish2018-03-28T09:38:32Z0.9K003/0717 Western clown anemonefishK003/0717 Western Clown Anemonefish in anemone, Palawan, Philippineshttps://www.sciencephoto.com/image/424563/350wm/K0030717-Western_clown_anemonefish-SPL.jpghttps://www.sciencephoto.com/image/424563/preview/K0030717-Western_clown_anemonefish-SPL.mp426.042011-09-26Yes16:9amphiprion ocellarisanemoneapulit islandclownfishpalawanphilippinessymbiosissymbiotic relationshiptaytaywestern clown anemonefishwidescreenhttps://www.sciencephoto.com/media/424564/view/zuniceratops-dinosaur-running2018-11-16T10:41:45Z0.9K002/8908 Zuniceratops dinosaur runningK002/8908 Animation of a Zuniceratops dinosaur running. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424564/350wm/K0028908-Zuniceratops_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424564/preview/K0028908-Zuniceratops_dinosaur_running-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424565/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0195 Arthroscopic knee surgeryK003/0195 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon manipulating arthroscopic tools while carrying out keyhole surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424565/350wm/K0030195-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424565/preview/K0030195-Arthroscopic_knee_surgery-SPL.mp4352011-09-26Noadultarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendoscopeendoscopesendoscopicequipmentexploratoryhospitalinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveoperatingoperating roomoperating theatreoperationhttps://www.sciencephoto.com/media/424566/view/oriental-sweetlips2018-03-28T09:38:32Z0.9K003/0980 Oriental sweetlipsK003/0980 Underwater footage of an oriental sweetlips fish (Plectorhinchus vittatus). Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424566/350wm/K0030980-Oriental_sweetlips-SPL.jpghttps://www.sciencephoto.com/image/424566/preview/K0030980-Oriental_sweetlips-SPL.mp48.12011-09-26Yesanimalanimal themesanimaliaanimalsbahurang tubbatahachordatadayfaunafishhand heldhand-heldhandheldindian ocean oriental sweetlipsless than 10 secondsmarine animalmedium shotnaturalnatureno-onenobodyoceanoriental sweetlipsp vittatusphilippinesplectorhinchusplectorhinchus vittatusreal timeseasulu seasweetlipsswimmingthe natural worldhttps://www.sciencephoto.com/media/424567/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9671 Laparoscopic bowel cancer surgeryK002/9671 Laparoscopic bowel cancer surgery. Clip 7 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Here, a third keyhole port is being added to the two already present. The clip starts with an injection and then an incision at the site where the third port will be added. Blood is absorbed with a surgical swab, and then the port is inserted and a further endoscopic tube and camera inserted. Views from the cameras are relayed back for the surgeons to observe on screens (not seen) as they examine the patient's bowels. This multi-port laparoscopy was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424567/350wm/K0029671-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424567/preview/K0029671-Laparoscopic_bowel_cancer_surgery-SPL.mp4123.012011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbloodbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424568/view/reef-check2018-03-28T09:38:32Z0.9K003/0718 Reef checkK003/0718 Divers measuring reef, Reef check, Palawan, Philippineshttps://www.sciencephoto.com/image/424568/350wm/K0030718-Reef_check-SPL.jpghttps://www.sciencephoto.com/image/424568/preview/K0030718-Reef_check-SPL.mp421.112011-09-26Yes16:9apulit islandconservationconservation environmentaldiverdiversdr benjamin gonzalesmeasuremeasuringmonitoringnew growthpalawanphilippinesreefreef checksciencescuba diversstudystudyingsurveysurveyingtape measuretaytayto camerawidescreenhttps://www.sciencephoto.com/media/424569/view/zuniceratops-dinosaur-running2018-11-16T10:41:45Z0.9K002/8909 Zuniceratops dinosaur runningK002/8909 Animation of a Zuniceratops dinosaur running. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424569/350wm/K0028909-Zuniceratops_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424569/preview/K0028909-Zuniceratops_dinosaur_running-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424570/view/roostertail-conch2018-10-20T00:28:23Z0.9K002/9927 Roostertail conchK002/9927 Roostertail conch (Lobatus gallus) moving on the seabed. This sea snail moves in short hops by pushing down with its operculum (shell cover). Filmed in Soufriere Scotts Head Marine Reserve, Dominica, in the Caribbean Sea.https://www.sciencephoto.com/image/424570/350wm/K0029927-Roostertail_conch-SPL.jpghttps://www.sciencephoto.com/image/424570/preview/K0029927-Roostertail_conch-SPL.mp412.012011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimefaunafloorfull lengthgastropodlobatus gallusmarinemolluscmotionmovementmovingnatureno oneno peoplenobodyoceanone animalreal timerooster conchrooster tail conchsandsandyseasea bedsea lifeseabedhttps://www.sciencephoto.com/media/424571/view/arthroscopic-knee-surgery2018-10-20T00:28:31Z0.9K003/0196 Arthroscopic knee surgeryK003/0196 Arthroscopic knee surgery. Close-up of an orthopaedic surgeon suturing keyhole surgery incisions on a patient's knee after using arthroscopic tools to carry out surgery on a patient's knee. Keyhole surgery is minimally invasive, with endoscopes (called arthroscopes here) inserted through small incisions. This is less traumatic to the patient than full surgery to open up the knee joint. Arthroscopic surgery is often exploratory, using an endoscope and its camera to examine the knee and then carry out any minor surgery that may be needed. This can include lavage and debridement, where the surgeon identifies bone and cartilage fragments in the joint. These fragments will be flushed out, and bone tools used to smooth rough joint surfaces. Such joint damage can be due to wear and tear, injury, or conditions such as arthritis. For a sequence of clips taken during this procedure, see K003/0152 to K003/0196.https://www.sciencephoto.com/image/424571/350wm/K0030196-Arthroscopic_knee_surgery-SPL.jpghttps://www.sciencephoto.com/image/424571/preview/K0030196-Arthroscopic_knee_surgery-SPL.mp4452011-09-26Noadultafterarthrologyarthroscopearthroscopicarthroscopycaucasiandebridementendendoscopeendoscopesendoscopicequipmentexploratoryhospitalincisionsinstrumentinstrumentsjointjoint damagejointskeyhole surgerykneelavagelegmalemanmedicalmedicinemenminimally invasiveneedlehttps://www.sciencephoto.com/media/424572/view/oriental-sweetlips2018-03-28T09:38:32Z0.9K003/0981 Oriental sweetlipsK003/0981 Underwater footage of oriental sweetlips fish (Plectorhinchus vittatus). Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424572/350wm/K0030981-Oriental_sweetlips-SPL.jpghttps://www.sciencephoto.com/image/424572/preview/K0030981-Oriental_sweetlips-SPL.mp425.112011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsbahurang tubbatahadayfaunafishhand heldhand-heldhandheldlarge group of animalsmarine animalmedium shotnaturalnatureno-onenobodyoceanphilippinesplectorhinchusreal timeseasulu seasweetlipsswimmingthe natural worldtracking shottubbatahatubbataha reefs natural parkunderwaterhttps://www.sciencephoto.com/media/424573/view/reef-check2018-03-28T09:38:32Z0.9K003/0719 Reef checkK003/0719 Diver measuring reef, Reef check, Palawan, Philippineshttps://www.sciencephoto.com/image/424573/350wm/K0030719-Reef_check-SPL.jpghttps://www.sciencephoto.com/image/424573/preview/K0030719-Reef_check-SPL.mp428.042011-09-26Yes16:9apulit islandconservationconservation environmentaldiverdiversdr benjamin gonzalesmeasuremeasuringmonitoringnew growthpalawanphilippinesreefreef checksciencescuba diversstudystudyingsurveysurveyingtape measuretaytaywidescreenhttps://www.sciencephoto.com/media/424574/view/zuniceratops-dinosaur-running2018-11-16T10:41:45Z0.9K002/8910 Zuniceratops dinosaur runningK002/8910 Animation of a Zuniceratops dinosaur running. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424574/350wm/K0028910-Zuniceratops_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424574/preview/K0028910-Zuniceratops_dinosaur_running-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424575/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9672 Laparoscopic bowel cancer surgeryK002/9672 Laparoscopic bowel cancer surgery. Clip 6 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes, cameras and surgical devices have been inserted through the two keyhole ports seen here, and are being moved around as the surgeons examine the patient's bowels. Views from the cameras are being relayed back for the surgeons to observe on screens (not seen). This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424575/350wm/K0029672-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424575/preview/K0029672-Laparoscopic_bowel_cancer_surgery-SPL.mp4252011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424576/view/peacock-flounder2018-10-20T00:28:23Z0.9K002/9928 Peacock flounderK002/9928 Peacock flounder (Bothus lunatus) camouflaged on sea bed. It is also known as the plate fish. It camouflages itself on sandy seabeds, keeping watch for predators or prey with its eyes, which stand clear of the sand. It feeds on smaller fish and crustaceans, which is catches in a sudden lunge. It can reach nearly 50 centimetres in length. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424576/350wm/K0029928-Peacock_flounder-SPL.jpghttps://www.sciencephoto.com/image/424576/preview/K0029928-Peacock_flounder-SPL.mp49.212011-09-26Yesanimal themesatlanticbiologicalbiologybothidaebothus lunatuscamouflagecaribbeancryptic colourationdaydaytimeeyeeyesfaunafishflatfishfloorflounderhiddenlooking into cameramarinemotionmovementnatureno oneno peoplenobodyoceanone animalpeacock flounderreal timesandhttps://www.sciencephoto.com/media/424577/view/flight-over-coral-reef2018-03-28T09:38:32Z0.9K003/0982 Flight over coral reefK003/0982 Flight over a coral reef teeming with fish and other life. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424577/350wm/K0030982-Flight_over_coral_reef-SPL.jpghttps://www.sciencephoto.com/image/424577/preview/K0030982-Flight_over_coral_reef-SPL.mp439.082011-09-26Yesanimalanimalsbeautifulbeautybiodiversitybiologicalbiologycolorfulcoral reefcoralsecosystemenvironmentfishflightfly-byhabitathealthylifelightmanymarinemultiplenaturalnatureoceanoverpristineseashallowshoalsouth-east asiasoutheast asiahttps://www.sciencephoto.com/media/424578/view/zuniceratops-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8911 Zuniceratops dinosaur walkingK002/8911 Animation of a Zuniceratops dinosaur walking. Zuniceratops was a ceratopsian dinosaur that inhabited what is now the US state of New Mexico, around 91 million years ago. It is thought to have been around 3.5 metres in length and one metre tall at the hips. It was a herbivorous dinosaur that probably lived in herds.https://www.sciencephoto.com/image/424578/350wm/K0028911-Zuniceratops_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424578/preview/K0028911-Zuniceratops_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationsceratopsiancomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous perioddinosaurdinosaursextinctextinctionfaunafrillfull lengthhornhornedhornsno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timehttps://www.sciencephoto.com/media/424579/view/reef-check2018-03-28T09:38:32Z0.9K003/0720 Reef checkK003/0720 Measuring reef, Reef check, Palawan, Philippineshttps://www.sciencephoto.com/image/424579/350wm/K0030720-Reef_check-SPL.jpghttps://www.sciencephoto.com/image/424579/preview/K0030720-Reef_check-SPL.mp49.042011-09-26Yes16:9apulit islandconservation environmentaldiverdiversdr benjamin gonzalesmonitoringnew growthpalawanphilippinesreefreef checksciencescuba diverssurveysurveyingtaytaywidescreenhttps://www.sciencephoto.com/media/424580/view/red-reef-hermit-crab2018-10-20T00:28:23Z0.9K002/9929 Red reef hermit crabK002/9929 Red reef hermit crab (Paguristes cadenati). Like other hermit crabs, it uses an empty snail shell as a protective home. Filmed in Dominica, in the West Indies.https://www.sciencephoto.com/image/424580/350wm/K0029929-Red_reef_hermit_crab-SPL.jpghttps://www.sciencephoto.com/image/424580/preview/K0029929-Red_reef_hermit_crab-SPL.mp433.092011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancolorfulcrabdaydaytimediogenidaeeatingfaunafeedinghermitmarinemotionmovementnatureno oneno peoplenobodyoceanpaguristes cadenatipinkreal timered reef hermitreefscarlet hermit crabseasea lifeshelltropicalhttps://www.sciencephoto.com/media/424581/view/laparoscopic-bowel-cancer-surgery2018-11-04T15:37:50Z0.9K002/9673 Laparoscopic bowel cancer surgeryK002/9673 Laparoscopic bowel cancer surgery. Clip 5 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Here, two keyhole ports have been placed in incisions prepared in her abdomen, and endoscopic tubes, camera and surgical devices are being inserted. These devices will enable the surgeons to view the patient's bowels. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424581/350wm/K0029673-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424581/preview/K0029673-Laparoscopic_bowel_cancer_surgery-SPL.mp415.042011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyexploratory surgeryfemale patientgastrointestinal tractgi surgerygutshttps://www.sciencephoto.com/media/424582/view/fish-over-coral2018-03-28T09:38:32Z0.9K003/0983 Fish over coralK003/0983 Underwater footage of fish swimming over coral. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424582/350wm/K0030983-Fish_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424582/preview/K0030983-Fish_over_coral-SPL.mp421.052011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseashoal of fishsulu seaswimminghttps://www.sciencephoto.com/media/424583/view/suchomimus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8912 Suchomimus dinosaur walkingK002/8912 Animation of a Suchomimus dinosaur walking. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424583/350wm/K0028912-Suchomimus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424583/preview/K0028912-Suchomimus_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowspinosauridsuchomimustracking shothttps://www.sciencephoto.com/media/424584/view/statue-and-reef2018-03-28T09:38:32Z0.9K003/0721 Statue and reefK003/0721 Cherub statue on coral reef, Reef check, Palawan, Philippineshttps://www.sciencephoto.com/image/424584/350wm/K0030721-Statue_and_reef-SPL.jpghttps://www.sciencephoto.com/image/424584/preview/K0030721-Statue_and_reef-SPL.mp434.042011-09-26Yes16:9angelapulit islandcherubcoral reefpalawanphilippinessculpturestatuestonestrangetaytaywidescreenhttps://www.sciencephoto.com/media/424585/view/smooth-trunkfish2018-10-20T00:28:23Z0.9K002/9930 Smooth trunkfishK002/9930 Smooth trunkfish (Lactophrys triqueter) on a deep part of a reef. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424585/350wm/K0029930-Smooth_trunkfish-SPL.jpghttps://www.sciencephoto.com/image/424585/preview/K0029930-Smooth_trunkfish-SPL.mp424.222011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeandaydaytimedeep reeffaunafishfull lengthlactophrys triqueterlarge group of animalsmarinematingmotionmovementnatureno oneno peoplenobodyoceanostraciidaereal timereproductionschoolseasea lifeshoalspawningspotted trunkfishtetraodontiformeshttps://www.sciencephoto.com/media/424586/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9674 Laparoscopic bowel cancer surgeryK002/9674 Laparoscopic bowel cancer surgery. Clip 4 of 39. Footage of surgeons carrying out a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Here, a second keyhole port is being placed in an incision prepared in her abdomen. The first port, with an endoscopic tube and camera attached, is seen in the background. These devices will enable the surgeons to view the patient's bowels. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424586/350wm/K0029674-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424586/preview/K0029674-Laparoscopic_bowel_cancer_surgery-SPL.mp410.082011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyfemale patientgastrointestinal tractgi surgerygutshandshttps://www.sciencephoto.com/media/424587/view/anthias-over-coral2018-03-28T09:38:32Z0.9K003/0984 Anthias over coralK003/0984 Underwater footage of anthias swimming over coral reef. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424587/350wm/K0030984-Anthias_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424587/preview/K0030984-Anthias_over_coral-SPL.mp426.022011-09-26Yes20 seconds or greateranimalanimal themesanimaliaanimalsanthiasanthiinaeanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalsmarine animalnaturalnatureno-onenobodyoceanphilippinesreal timeschool of fishseaserranidaehttps://www.sciencephoto.com/media/424588/view/slums-india2018-03-28T09:38:32Z0.9K003/0722 Slums, IndiaK003/0722 Young children playing in slums filled with rubbish, Mumbai, Indiahttps://www.sciencephoto.com/image/424588/350wm/K0030722-Slums,_India-SPL.jpghttps://www.sciencephoto.com/image/424588/preview/K0030722-Slums,_India-SPL.mp458.172011-09-26Yes1080i5016:9bombayboychildchildrendestitutiondevelopingdirtydumpgarbageghettohardshiphdvinindialitterlockedmaharashtramumbaiofoffpeopleplayplayingpoorpovertyrepublicrowrubbishshantytownsidehttps://www.sciencephoto.com/media/424589/view/suchomimus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8913 Suchomimus dinosaur walkingK002/8913 Animation of a Suchomimus dinosaur walking. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424589/350wm/K0028913-Suchomimus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424589/preview/K0028913-Suchomimus_dinosaur_walking-SPL.mp411.092011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowspinosauridsuchomimustracking shothttps://www.sciencephoto.com/media/424590/view/spotted-moray-eel2018-10-20T00:28:23Z0.9K002/9931 Spotted moray eelK002/9931 Spotted moray eel (Gymnothorax moringa). The spotted moray is a solitary predator that feeds mainly on fish and crustaceans. It is a large moray, reaching two metres in length. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424590/350wm/K0029931-Spotted_moray_eel-SPL.jpghttps://www.sciencephoto.com/image/424590/preview/K0029931-Spotted_moray_eel-SPL.mp418.232011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancoral reefcrevicedaydaytimeeelfaunafishfull lengthgymnothorax moringahuntingmarinemoraymotionmovementmuraenidaenatureno oneno peoplenobodynookoceanorange spongespredatorpredatoryreal timered spongeseahttps://www.sciencephoto.com/media/424592/view/bigeye-jacks2018-03-28T09:38:32Z0.9K003/0985 Bigeye jacksK003/0985 Underwater footage of a school of bigeye jack fish (Caranx sexfasciatus). Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424592/350wm/K0030985-Bigeye_jacks-SPL.jpghttps://www.sciencephoto.com/image/424592/preview/K0030985-Bigeye_jacks-SPL.mp410.082011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsbahurang tubbatahabigeye jack fishbigeye jackfishbigeye trevallyc sexfasciatuscarangidaecaranx sexfasciatusdaydusky jackfaunafishgreat trevallyhand heldhand-heldhandheldjack fishjackfishlarge group of animalsmarine animalmarine fishnaturalnatureno-onenobodyoceanphilippinesreal timehttps://www.sciencephoto.com/media/424593/view/laparoscopic-bowel-cancer-surgery2018-11-04T15:33:17Z0.9K002/9675 Laparoscopic bowel cancer surgeryK002/9675 Laparoscopic bowel cancer surgery. Clip 3 of 39. Footage of surgeons beginning a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. An endoscopic tube and camera (including bright light) is here being inserted through the keyhole port that has been placed in an incision prepared in her abdomen. This will enable the surgeons to view the patient's bowels. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424593/350wm/K0029675-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424593/preview/K0029675-Laparoscopic_bowel_cancer_surgery-SPL.mp425.152011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelsbright lightcameracancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopeendoscopicendoscopyfemale patientgastrointestinal tractgi surgeryhttps://www.sciencephoto.com/media/424594/view/caribbean-spiny-lobster2018-11-06T15:35:31Z0.9K002/9932 Caribbean spiny lobsterK002/9932 Caribbean spiny lobster (Panulirus argus) walking towards the camera. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424594/350wm/K0029932-Caribbean_spiny_lobster-SPL.jpghttps://www.sciencephoto.com/image/424594/preview/K0029932-Caribbean_spiny_lobster-SPL.mp419.152011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancaribbean spiny lobsterdaydaytimefaunafloorlobstermarinemotionmovementnaturenephropidaeno oneno peoplenobodyoceanpanulirus argusreal timeseasea bedsea lifeseabedspinytropicalunderwaterwalkingwesternwildhttps://www.sciencephoto.com/media/424595/view/suchomimus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8914 Suchomimus dinosaur runningK002/8914 Animation of a Suchomimus dinosaur running. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424595/350wm/K0028914-Suchomimus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424595/preview/K0028914-Suchomimus_dinosaur_running-SPL.mp411.12011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowspinosauridsuchomimushttps://www.sciencephoto.com/media/424597/view/barracuda-school2018-03-28T09:38:32Z0.9K003/0986 Barracuda schoolK003/0986 School of barracuda (Sphyraena sp.) silhouetted against the sun. Filmed in Tubbataha, The Philippineshttps://www.sciencephoto.com/image/424597/350wm/K0030986-Barracuda_school-SPL.jpghttps://www.sciencephoto.com/image/424597/preview/K0030986-Barracuda_school-SPL.mp427.132011-09-26Yes40 seconds or greateranimalanimal themesanimaliaanimalsbackground peoplebahurang tubbatahabarracudabiologicalbiologydayfaunafishhand heldhand-heldhandheldincidental peoplelarge group of animalsmanymarine animalnaturalnatureoceanpeople in the backgroundphilippinesreal timeschool of fishschoolingseashoal of fishsilhouettesilhouettedhttps://www.sciencephoto.com/media/424598/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9676 Laparoscopic bowel cancer surgeryK002/9676 Laparoscopic bowel cancer surgery. Clip 2 of 39. Footage of surgeons preparing for a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes and cameras will be inserted through the keyhole port that is here being placed in the incision prepared in her abdomen. This will enable the surgeons to view the patient's bowels. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424598/350wm/K0029676-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424598/preview/K0029676-Laparoscopic_bowel_cancer_surgery-SPL.mp413.122011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopicendoscopyfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424599/view/suchomimus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8915 Suchomimus dinosaur walkingK002/8915 Animation of a Suchomimus dinosaur walking. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424599/350wm/K0028915-Suchomimus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424599/preview/K0028915-Suchomimus_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowspinosauridsuchomimustracking shothttps://www.sciencephoto.com/media/424600/view/hawksbill-turtle2018-10-20T00:28:23Z0.9K002/9933 Hawksbill turtleK002/9933 Male hawksbill turtle (Eretmochelys imbricata) swimming underwater, close-up. Human action has threatened the hawksbill turtle, and it is now Critically Endangered. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424600/350wm/K0029933-Hawksbill_turtle-SPL.jpghttps://www.sciencephoto.com/image/424600/preview/K0029933-Hawksbill_turtle-SPL.mp415.212011-09-26Yesanimal themesatlanticbiologicalbiologycarapacecaribbeancaribbean seacheloniidaeclose upcritically endangereddaydaytimedetaileretmochelys imbricatafaunaflippersfull lengthhawksbillhawksbill sea turtlemalemarinemotionmovementnatureno oneno peoplenobodyoceanone animalpatternpatternedprotectedhttps://www.sciencephoto.com/media/424601/view/slums-india2018-03-28T09:38:32Z0.9K003/0723 Slums, IndiaK003/0723 Young children playing in slums filled with rubbish, Mumbai, Indiahttps://www.sciencephoto.com/image/424601/350wm/K0030723-Slums,_India-SPL.jpghttps://www.sciencephoto.com/image/424601/preview/K0030723-Slums,_India-SPL.mp48.232011-09-26Yes1080i5016:9bombayboychildchildrendestitutiondevelopingdirtydumpgarbageghettohardshiphdvindialitterlockedmaharashtramumbaiofoffpeopleplayplayingpoorpovertyrepublicrowrubbishshantytownsideskidhttps://www.sciencephoto.com/media/424603/view/laparoscopic-bowel-cancer-surgery2018-10-20T00:28:23Z0.9K002/9677 Laparoscopic bowel cancer surgeryK002/9677 Laparoscopic bowel cancer surgery. Clip 1 of 39. Footage of surgeons preparing for a laparoscopic procedure on a 65-year-old woman with a malignant bowel tumour. Endoscopic tubes and cameras will be inserted through keyhole ports placed in the incision being prepared here in her abdomen. This will enable the surgeons to view the patient's bowels. This procedure was later converted into an open operation where the surgeons removed (debulked) most of the tumour. It was a primary cancer that had already spread elsewhere in the patient's body, but the procedure was still performed in order to provide relief (palliation) from symptoms. Bowel cancer (also called colon cancer or colorectal cancer) affects the lining of the large intestine. It is one of the most common cancers in the developed world. For the entire sequence, see clips K002/9677 to K002/9639.https://www.sciencephoto.com/image/424603/350wm/K0029677-Laparoscopic_bowel_cancer_surgery-SPL.jpghttps://www.sciencephoto.com/image/424603/preview/K0029677-Laparoscopic_bowel_cancer_surgery-SPL.mp414.162011-09-26No65 years old65-year-oldabdomenabdominalabnormaladenocarcinomaalimentary canalbowel cancerbowelscancercancerouscarcinomacaucasianclose-upcolon cancercolorectal cancerconditiondetaildevicesdigestiondigestive system disorderdiseasedoctordoctorsendoscopicendoscopyfemale patientgastrointestinal tractgi surgerygutshandshealthcarehttps://www.sciencephoto.com/media/424604/view/barracuda2018-03-28T09:38:32Z0.9K003/0987 BarracudaK003/0987 Underwater footage of a school of barracuda (Sphyraena sp.). Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424604/350wm/K0030987-Barracuda-SPL.jpghttps://www.sciencephoto.com/image/424604/preview/K0030987-Barracuda-SPL.mp448.142011-09-26Yes40 seconds or greateranimalanimal themesanimaliaanimalsbackground peoplebahurang tubbatahabarracudadayfaunafishhand heldhand-heldhandheldincidental peoplelarge group of animalsmarine animalnaturalnatureoceanpeople in the backgroundphilippinesreal timeschool of fishseashoal of fishsphyraenasphyraenidaesulu seaswimmingthe natural worldtracking shothttps://www.sciencephoto.com/media/424605/view/suchomimus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8916 Suchomimus dinosaur runningK002/8916 Animation of a Suchomimus dinosaur running. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424605/350wm/K0028916-Suchomimus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424605/preview/K0028916-Suchomimus_dinosaur_running-SPL.mp410.122011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowspinosauridsuchomimushttps://www.sciencephoto.com/media/424606/view/hawksbill-turtle2018-10-20T00:28:23Z0.9K002/9934 Hawksbill turtleK002/9934 Male hawksbill turtle (Eretmochelys imbricata) swimming underwater, close-up. Human action has threatened the hawksbill turtle, and it is now Critically Endangered. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424606/350wm/K0029934-Hawksbill_turtle-SPL.jpghttps://www.sciencephoto.com/image/424606/preview/K0029934-Hawksbill_turtle-SPL.mp417.172011-09-26Yesanimal themesatlanticbiologicalbiologycarapacecaribbeancaribbean seacheloniidaeclose upcritically endangereddaydaytimedetaileretmochelys imbricatafaunaflippersfloorhawksbillhawksbill sea turtlemarinemotionmovementnatureno oneno peoplenobodyoceanone animalpatternpatternedprotectedreal timehttps://www.sciencephoto.com/media/424607/view/coral-reef-crevice2018-03-28T09:38:32Z0.9K003/0988 Coral reef creviceK003/0988 Underwater footage of swimming through a crevice in a coral reef. Sea fans are seen on the crevice walls. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424607/350wm/K0030988-Coral_reef_crevice-SPL.jpghttps://www.sciencephoto.com/image/424607/preview/K0030988-Coral_reef_crevice-SPL.mp421.162011-09-26Yes20 seconds or greateranthozoabahurang tubbatahabluecavecavescnidariacnidaria coralscoralcoral reefcoral reefscrackdayhand heldhand-heldhandheldinvertebrateinvertebratesmedium shotnaturalnatureno-onenobodyoceanphilippinespoint of viewpovreal timereefreefsseasulu seahttps://www.sciencephoto.com/media/424608/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9678 Cataract surgeryK002/9678 Cataract surgery. Clip 7 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens fragments are being removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424608/350wm/K0029678-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424608/preview/K0029678-Cataract_surgery-SPL.mp4472011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424609/view/suchomimus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8917 Suchomimus dinosaur runningK002/8917 Animation of a Suchomimus dinosaur running. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424609/350wm/K0028917-Suchomimus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424609/preview/K0028917-Suchomimus_dinosaur_running-SPL.mp410.122011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowspinosauridsuchomimushttps://www.sciencephoto.com/media/424610/view/sifting-through-rubbish-india2018-03-28T09:38:32Z0.9K003/0724 Sifting through rubbish, IndiaK003/0724 Woman on banks of river sifting through rubbish, zoom out to city, Mumbai, Indiahttps://www.sciencephoto.com/image/424610/350wm/K0030724-Sifting_through_rubbish,_India-SPL.jpghttps://www.sciencephoto.com/image/424610/preview/K0030724-Sifting_through_rubbish,_India-SPL.mp447.062011-09-26Yesbombaybuilt upcapital citycityconservationcrowdeddirtydumpedenvironmentalfemalegarbagegreyhuman impactindialadylittermumbaioceanplasticriverrubbishseaskylinesprawlingstagnanttopsidetrashuncleanwaterwomanhttps://www.sciencephoto.com/media/424611/view/hawksbill-turtle2018-10-20T00:28:23Z0.9K002/9935 Hawksbill turtleK002/9935 Head of a hawksbill turtle (Eretmochelys imbricata), close-up. Human action has threatened the hawksbill turtle, and it is now Critically Endangered. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424611/350wm/K0029935-Hawksbill_turtle-SPL.jpghttps://www.sciencephoto.com/image/424611/preview/K0029935-Hawksbill_turtle-SPL.mp410.12011-09-26Yesanimal themesatlanticbiologicalbiologycarapacecaribbeancaribbean seacheloniidaeclose upcritically endangereddaydaytimedetaileretmochelys imbricatafaunaflippersfloorhawksbillhawksbill sea turtlemarinemotionmovementnatureno oneno peoplenobodyoceanone animalpatternpatternedprotectedreal timehttps://www.sciencephoto.com/media/424612/view/anthias-over-coral2018-03-28T09:38:32Z0.9K003/0989 Anthias over coralK003/0989 Underwater footage of anthias fish swimming around a sea fan on a reef. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424612/350wm/K0030989-Anthias_over_coral-SPL.jpghttps://www.sciencephoto.com/image/424612/preview/K0030989-Anthias_over_coral-SPL.mp467.052011-09-26Yesanimalanimal themesanimaliaanimalsanthiasanthiinaeanthozoabahurang tubbatahacnidariacoralcoralsdayfaunafishhand heldhand-heldhandheldinvertebrateinvertebrateslarge group of animalslong clipmarine animalnaturalnatureno-onenobodyoceanone minute or greaterphilippinesreal timeschool of fishseahttps://www.sciencephoto.com/media/424613/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9679 Cataract surgeryK002/9679 Cataract surgery. Clip 6 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens fragments are being removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424613/350wm/K0029679-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424613/preview/K0029679-Cataract_surgery-SPL.mp4602011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424614/view/pochten-waterfall2018-10-20T00:28:31Z0.9K003/0212 Pochten waterfallK003/0212 Close up of Pochten waterfall. Filmed in Switzerland.https://www.sciencephoto.com/image/424614/350wm/K0030212-Pochten_waterfall-SPL.jpghttps://www.sciencephoto.com/image/424614/preview/K0030212-Pochten_waterfall-SPL.mp4222011-09-26Yescascadesclose upclose-upcolorcolor imagecolourcolour imagecountrysidedaydaytimeenergyeuropeeuropeanfallingflowflowingfreshfreshnessgeographicalgeologicalgeologylocal landmarkmotionmovementnatureno peoplenobodyoutdoorsoutsidephysical geographypochten waterfallpurehttps://www.sciencephoto.com/media/424615/view/suchomimus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8918 Suchomimus dinosaur walkingK002/8918 Animation of a Suchomimus dinosaur walking. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424615/350wm/K0028918-Suchomimus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424615/preview/K0028918-Suchomimus_dinosaur_walking-SPL.mp4102011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowspinosauridsuchomimustracking shothttps://www.sciencephoto.com/media/424616/view/frogfish-head2018-10-20T00:28:23Z0.9K002/9936 Frogfish headK002/9936 Head of a frogfish (Antennarius multiocellatus) , close-up. Like other frogfish, it uses its excellent cryptic coloration and texture to mimic sponges and rocks, allowing it to avoid detection by predators and prey. It typically eats smaller fish, engulfing them with a sudden gulp when they come too close. Frogfish are found in almost all the worlds seas and oceans. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424616/350wm/K0029936-Frogfish_head-SPL.jpghttps://www.sciencephoto.com/image/424616/preview/K0029936-Frogfish_head-SPL.mp47.062011-09-26Yesactinopterygiianglerfishanimal themesantennariidaeantennarius multiocellatusatlanticbiologicalbiologycamouflagecamouflagedcaribbeanchordataclose upcolorfulcryptic colourationdaydaytimeeyefaunafishfrogfishfull lengthlophiiformesmarinemotionmovementnatureno oneno peoplenobodyoceanone animalhttps://www.sciencephoto.com/media/424617/view/slums-india2018-03-28T09:38:32Z0.9K003/0725 Slums, IndiaK003/0725 Slums filled with rubbish, child walks through frame, Mumbai, Indiahttps://www.sciencephoto.com/image/424617/350wm/K0030725-Slums,_India-SPL.jpghttps://www.sciencephoto.com/image/424617/preview/K0030725-Slums,_India-SPL.mp424.092011-09-26Yes1080i5016:9bombaychildchildrendestitutiondevelopingdirtydumpframegarbageghettohardshiphdvindialitterlockedmaharashtramumbaiofoffpeoplepoorpovertyrepublicrowrubbishshantytownsideskidslumslumshttps://www.sciencephoto.com/media/424618/view/bacteria2018-11-06T15:37:03Z0.9K003/0504 BacteriaK003/0504 Animation of bacteria.https://www.sciencephoto.com/image/424618/350wm/K0030504-Bacteria-SPL.jpghttps://www.sciencephoto.com/image/424618/preview/K0030504-Bacteria-SPL.mp415.222011-09-26Yesbacteriabacterialbacteriumcellcellsconceptsconceptualconditiondiseasedisordere colifluidgreenhealthcareinfectedinfectionliquidmedicalmedicinepathogenpathogenichttps://www.sciencephoto.com/media/424619/view/damaged-coral2018-03-28T09:38:32Z0.9K003/0990 Damaged coralK003/0990 Underwater footage of damaged coral rubble on the seabed. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424619/350wm/K0030990-Damaged_coral-SPL.jpghttps://www.sciencephoto.com/image/424619/preview/K0030990-Damaged_coral-SPL.mp414.182011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdamagedamageddaydeaddeathdestroyeddestructionendingsenvironmental destructionenvironmental issuesfaunahand heldhand-heldhandheldinvertebrateinvertebratesnaturalnatureno-onenobodyoceanphilippineshttps://www.sciencephoto.com/media/424620/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9680 Cataract surgeryK002/9680 Cataract surgery. Clip 5 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is part of the stage where the lens fragments are being removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424620/350wm/K0029680-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424620/preview/K0029680-Cataract_surgery-SPL.mp4502011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424621/view/suchomimus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8919 Suchomimus dinosaur runningK002/8919 Animation of a Suchomimus dinosaur running. Suchomimus was a spinosaurid dinosaur that lived between 121-112 million years ago in what is now Africa. Suchomimus existed in the late Aptian stage of the Cretaceous period. It mainly ate fish and some other forms of meat.https://www.sciencephoto.com/image/424621/350wm/K0028919-Suchomimus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424621/preview/K0028919-Suchomimus_dinosaur_running-SPL.mp410.122011-09-26Yes10 seconds or greateractionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacecretaceouscretaceous periodcrocodile mimicdinosaurdinosaursextinctextinctionfaunafull lengthno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowspinosauridsuchomimushttps://www.sciencephoto.com/media/424622/view/flamingo-tongue-snail2018-10-20T00:28:23Z0.9K002/9937 Flamingo tongue snailK002/9937 Flamingo tongue snail (Cyphoma gibbosum) on a gorgonian soft coral, on which it feeds. The bright colour of the snail is due to a live mantle tissue over its shell. Filmed in Dominica, in the West Indies.https://www.sciencephoto.com/image/424622/350wm/K0029937-Flamingo_tongue_snail-SPL.jpghttps://www.sciencephoto.com/image/424622/preview/K0029937-Flamingo_tongue_snail-SPL.mp410.122011-09-26Yesanimal themesatlanticbiologicalbiologycaribbeancyphoma gibbosumdaydaytimefaunaflamingo tongueflamingo tongue snailgastropodgorgonianmarinemolluscmolluscsmotionmovementnatureno oneno peoplenobodyoceanovulidaereal timeseasea lifetropicalunderwaterwesternwildwildlifehttps://www.sciencephoto.com/media/424623/view/rubbish-india2018-03-28T09:38:32Z0.9K003/0726 Rubbish, IndiaK003/0726 Tilt down skyline to rubbish, Mumbai, India; Dog sleeping on rubbish dump, Mumbai, Indiahttps://www.sciencephoto.com/image/424623/350wm/K0030726-Rubbish,_India-SPL.jpghttps://www.sciencephoto.com/image/424623/preview/K0030726-Rubbish,_India-SPL.mp412.032011-09-26Yesbombaybuilt upcapital citycityconservationcrowdeddirtydumpedenvironmentalgarbagegreyhuman impactindialittermumbaioceanplasticriverrubbishseaskylinesprawlingstagnanttopsidetrashuncleanwaterhttps://www.sciencephoto.com/media/424624/view/bacteria2018-11-06T15:35:52Z0.9K003/0505 BacteriaK003/0505 Animation of bacteria.https://www.sciencephoto.com/image/424624/350wm/K0030505-Bacteria-SPL.jpghttps://www.sciencephoto.com/image/424624/preview/K0030505-Bacteria-SPL.mp415.112011-09-26Yesbacteriabacterialbacteriumcellcellsconceptsconceptualconditiondiseasedisorderfluidgreenhealthcareinfectedinfectionliquidmedicalmedicinepathogenpathogenichttps://www.sciencephoto.com/media/424625/view/hiker-walking-up-from-waterfall2018-10-20T00:28:31Z0.9K003/0213 Hiker walking up from waterfallK003/0213 Hiker walking up from Pochten waterfall. Filmed in Switzerland.https://www.sciencephoto.com/image/424625/350wm/K0030213-Hiker_walking_up_from_waterfall-SPL.jpghttps://www.sciencephoto.com/image/424625/preview/K0030213-Hiker_walking_up_from_waterfall-SPL.mp422.032011-09-26Yesadventurecascadescolorcolor imagecolourcolour imagecountrysidedaydaytimeelevated viewenergyeuropeeuropeanfallingflowflowingfootpathfreshfreshnessfront viewfull lengthgeographicalgeographygeologicalgeologyhigh angle viewhikingleisurelocal landmarkmalemanmotionhttps://www.sciencephoto.com/media/424626/view/damaged-coral2018-03-28T09:38:32Z0.9K003/0991 Damaged coralK003/0991 Underwater footage of damaged coral rubble on the seabed. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424626/350wm/K0030991-Damaged_coral-SPL.jpghttps://www.sciencephoto.com/image/424626/preview/K0030991-Damaged_coral-SPL.mp417.082011-09-26Yes10 seconds or greateranimalanimal themesanimaliaanimalsanthozoabahurang tubbatahacnidariacoralcoralsdamagedamageddaydeaddeathdestroyeddestructionendingsenvironmental destructionenvironmental issuesfaunahand heldhand-heldhandheldinvertebrateinvertebratesnaturalnatureno-onenobodyoceanphilippineshttps://www.sciencephoto.com/media/424627/view/cataract-surgery2017-03-09T00:13:15Z0.9K002/9681 Cataract surgeryK002/9681 Cataract surgery. Clip 4 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is the stage where the lens is broken up using an ultrasound probe. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424627/350wm/K0029681-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424627/preview/K0029681-Cataract_surgery-SPL.mp4202011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424628/view/monolophosaurus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8920 Monolophosaurus dinosaur walkingK002/8920 Animation of a Monolophosaurus dinosaur walking. Monolophosaurus was a theropod dinosaur from the Middle Jurassic period, about 168-161 million years ago. It inhabited the Shishugou Formation in what is now Xinjiang, China.https://www.sciencephoto.com/image/424628/350wm/K0028920-Monolophosaurus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424628/preview/K0028920-Monolophosaurus_dinosaur_walking-SPL.mp49.222011-09-26Yesactionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacedinosaurdinosaursextinctextinctionfaunafull lengthjurassicjurassic periodless than 10 secondsmonolophosaurusno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowsingle crested lizardsingle-crested lizardtheropodhttps://www.sciencephoto.com/media/424629/view/feather-duster-worm2018-10-20T00:28:23Z0.9K002/9938 Feather duster wormK002/9938 Feather duster worm (Sabellidae) on an orange sponge. The feather duster worm uses its feathery radioles for filter feeding and as respiratory organs. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424629/350wm/K0029938-Feather_duster_worm-SPL.jpghttps://www.sciencephoto.com/image/424629/preview/K0029938-Feather_duster_worm-SPL.mp412.022011-09-26Yesanimal themesbiologicalcaribbeancolorcolor imagecolourcolour imagedaydaytimefaunafeather dusterfeather duster wormmarinemotionmovementnatureno oneno peoplenobodyoceanocean floororangeradiolereal timesabellidaeseasea bedsea lifesedentarysegmented wormsspongetropicalhttps://www.sciencephoto.com/media/424630/view/chopping-up-a-shark-india2018-03-28T09:38:32Z0.9K003/0727 Chopping up a shark, IndiaK003/0727 Woman chopping up shark at market, Mumbai, Indiahttps://www.sciencephoto.com/image/424630/350wm/K0030727-Chopping_up_a_shark,_India-SPL.jpghttps://www.sciencephoto.com/image/424630/preview/K0030727-Chopping_up_a_shark,_India-SPL.mp4292011-09-26Yesbombaychopchoppingclose upconservationcu: environmentalcutcuttingdeadfemalefish marketheadindiaindustryknifeladymeatmumbaipersonsellingsharkshark finsittingsmallstalltopsidetradewomanhttps://www.sciencephoto.com/media/424631/view/school-of-bigeye-jacks2018-03-28T09:38:32Z0.9K003/0992 School of bigeye jacksK003/0992 Schooling bigeye jacks (Caranx sexfasciatus). This jack forms large slow-moving schools during the day, which disperse at night when the fish go off to hunt. It is a fast-swimming fish that generally takes smaller fish, although it will take many smaller animals. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424631/350wm/K0030992-School_of_bigeye_jacks-SPL.jpghttps://www.sciencephoto.com/image/424631/preview/K0030992-School_of_bigeye_jacks-SPL.mp426.042011-09-26Yes20 seconds or longeranimalanimalsbigeyebiologicalbiologycarangidaecaranx sexfasciatuscirclecirclingdaydaytimefishgrouphunterjacklightmarineoceanpredatorpredatoryschoolschoolingseashallowshoalshoalingsix-bandedsouth-east asiasoutheast asiaswimmingthe philippineshttps://www.sciencephoto.com/media/424632/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9682 Cataract surgeryK002/9682 Cataract surgery. Clip 3 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is the stage where the lens is being exposed ready to be broken up and removed. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424632/350wm/K0029682-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424632/preview/K0029682-Cataract_surgery-SPL.mp4382011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424633/view/monolophosaurus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8921 Monolophosaurus dinosaur walkingK002/8921 Animation of a Monolophosaurus dinosaur walking. Monolophosaurus was a theropod dinosaur from the Middle Jurassic period, about 168-161 million years ago. It inhabited the Shishugou Formation in what is now Xinjiang, China.https://www.sciencephoto.com/image/424633/350wm/K0028921-Monolophosaurus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424633/preview/K0028921-Monolophosaurus_dinosaur_walking-SPL.mp49.152011-09-26Yesactionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacedinosaurdinosaursextinctextinctionfaunafull lengthjurassicjurassic periodless than 10 secondsmonolophosaurusno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowsingle crested lizardsingle-crested lizardtheropodhttps://www.sciencephoto.com/media/424634/view/feather-duster-worm2018-10-20T00:28:23Z0.9K002/9939 Feather duster wormK002/9939 Feather duster worm (Sabellidae) and an anemone (top) on a sponge. The feather duster worm uses its feathery radioles for filter feeding and as respiratory organs. The sea anemone catches prey in its poisonous tentacles. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424634/350wm/K0029939-Feather_duster_worm-SPL.jpghttps://www.sciencephoto.com/image/424634/preview/K0029939-Feather_duster_worm-SPL.mp412.192011-09-26Yesanimal themesbiologicalcaribbeancolorcolor imagecolourcolour imagedaydaytimefaunafeather dusterfeather duster wormgiant anemonemarinemotionmovementnatureno oneno peoplenobodyoceanocean floorradiolereal timesabellidaeseasea bedsea lifesedentarysegmented wormstropicalunderwaterhttps://www.sciencephoto.com/media/424635/view/rubbish-india2018-03-28T09:38:32Z0.9K003/0728 Rubbish, IndiaK003/0728 Rubbish in water, Mumbai, Indiahttps://www.sciencephoto.com/image/424635/350wm/K0030728-Rubbish,_India-SPL.jpghttps://www.sciencephoto.com/image/424635/preview/K0030728-Rubbish,_India-SPL.mp47.052011-09-26Yes1080i50bombayconservationdirtydumpedenvironmentalgarbagehdvhumanimpactindialittermumbaiplasticriverrubbishstagnanttopsidetrashuncleanwaterhttps://www.sciencephoto.com/media/424636/view/epiretinal-membrane-disease2018-03-28T09:38:32Z0.9K003/0508 Epiretinal membrane diseaseK003/0508 Animation of the progress of epiretinal membrane disease. The retina is the light-sensitive membrane that lines the back of the eyeball. In epiretinal membrane, a thin transparent layer (grey) forms over the surface of the retina. The growth of this layer causes deformation of the layers below it, leading to macular oedema. This is an abnormal accumulation of fluid (black spaces) in the macula of the retina. The macula is the region of the retina responsible for the sharp vision in the centre of the visual field. Distortion of the area leads to distortion of vision, which appears as a warping or magnification of images in the central visual field. The condition can be treated with surgery if it starts to impair vision enough to cause problems. The layers of the retina are labelled here, from the sensory layer of nerve cells and light-sensitive cells at the top, resting on the dark retinal pigment epithelium (RPE), all supported by the choroid membrane, which supplies the retina with oxygen and nutrients.https://www.sciencephoto.com/image/424636/350wm/K0030508-Epiretinal_membrane_disease-SPL.jpghttps://www.sciencephoto.com/image/424636/preview/K0030508-Epiretinal_membrane_disease-SPL.mp482011-09-26Yesageingaginganatomicalanatomycellophane maculopathychoroidcommonconditioncross sectiondefectdefectsdiagramdiseasedisorderedemaepimacularepiretinal membraneeyeeyeballeyesfieldhealthcarelayerlayersliningmacular oedemamacular puckermedicalmedicineold agepigment epitheliumpremacular fibrosishttps://www.sciencephoto.com/media/424637/view/school-of-bigeye-jacks2018-03-28T09:38:32Z0.9K003/0993 School of bigeye jacksK003/0993 Schooling bigeye jacks (Caranx sexfasciatus). This jack forms large slow-moving schools during the day, which disperse at night when the fish go off to hunt. It is a fast-swimming fish that generally takes smaller fish, although it will take many smaller animals. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424637/350wm/K0030993-School_of_bigeye_jacks-SPL.jpghttps://www.sciencephoto.com/image/424637/preview/K0030993-School_of_bigeye_jacks-SPL.mp431.212011-09-26Yes20 seconds or longeranimalanimalsbigeyebiologicalbiologycarangidaecaranx sexfasciatuscirclecirclingdaydaytimefishgrouphunterjacklightmarineoceanpredatorpredatoryschoolschoolingseashallowshoalshoalingsix-bandedsouth-east asiasoutheast asiaswimmingthe philippineshttps://www.sciencephoto.com/media/424638/view/hiker-walking-down-to-waterfall2018-10-20T00:28:31Z0.9K003/0214 Hiker walking down to waterfallK003/0214 Hiker walking down to Pochten waterfall in Switzerland. Filmed in Switzerland.https://www.sciencephoto.com/image/424638/350wm/K0030214-Hiker_walking_down_to_waterfall-SPL.jpghttps://www.sciencephoto.com/image/424638/preview/K0030214-Hiker_walking_down_to_waterfall-SPL.mp4202011-09-26Yesadventurecascadescolorcolor imagecolourcolour imagecountrysidedaydaytimeelevated viewenergyeuropeeuropeanfallingflowflowingfootpathfreshfreshnessfull lengthgeographicalgeologicalgeologyhigh angle viewhikingleisurelocal landmarkmalemanmotionmovementnaturehttps://www.sciencephoto.com/media/424639/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9683 Cataract surgeryK002/9683 Cataract surgery. Clip 2 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is the initial stage where incisions are made to access the lens. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424639/350wm/K0029683-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424639/preview/K0029683-Cataract_surgery-SPL.mp4102011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424640/view/monolophosaurus-dinosaur-walking2018-11-16T10:41:45Z0.9K002/8922 Monolophosaurus dinosaur walkingK002/8922 Animation of a Monolophosaurus dinosaur walking. Monolophosaurus was a theropod dinosaur from the Middle Jurassic period, about 168-161 million years ago. It inhabited the Shishugou Formation in what is now Xinjiang, China.https://www.sciencephoto.com/image/424640/350wm/K0028922-Monolophosaurus_dinosaur_walking-SPL.jpghttps://www.sciencephoto.com/image/424640/preview/K0028922-Monolophosaurus_dinosaur_walking-SPL.mp49.222011-09-26Yesactionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacedinosaurdinosaursextinctextinctionfaunafull lengthjurassicjurassic periodless than 10 secondsmonolophosaurusno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timeshadowsingle crested lizardsingle-crested lizardtheropodhttps://www.sciencephoto.com/media/424641/view/honeycomb-cowfish2018-10-20T00:28:31Z0.9K002/9940 Honeycomb cowfishK002/9940 Honeycomb cowfish (Acanthostracion polygonius). Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424641/350wm/K0029940-Honeycomb_cowfish-SPL.jpghttps://www.sciencephoto.com/image/424641/preview/K0029940-Honeycomb_cowfish-SPL.mp411.182011-09-26Yesacanthostracion polygoniusanimal themesbiologicalcaribbeanclose upcolorcolor imagecolourcolour imagecow fishfaunafull lengthhoneycomb cowfishmarinemotionmovementnaturenightno oneno peoplenobodyoceanocean floorone animalostraciidaereal timeseasea bedsea lifeside viewtropicalturninghttps://www.sciencephoto.com/media/424642/view/slums-india2018-03-28T09:38:32Z0.9K003/0729 Slums, IndiaK003/0729 Children walking though slum, Mumbai, Indiahttps://www.sciencephoto.com/image/424642/350wm/K0030729-Slums,_India-SPL.jpghttps://www.sciencephoto.com/image/424642/preview/K0030729-Slums,_India-SPL.mp416.12011-09-26Yes1080i50bombaychildrendirtyhdvhousehutsindiakidslittermumbairiverrubbishshantyslumstopsidetownuncleanwalkwalkingyounghttps://www.sciencephoto.com/media/424643/view/school-of-bigeye-jacks2018-03-28T09:38:32Z0.9K003/0994 School of bigeye jacksK003/0994 Schooling bigeye jacks (Caranx sexfasciatus). This jack forms large slow-moving schools during the day, which disperse at night when the fish go off to hunt. It is a fast-swimming fish that generally takes smaller fish, although it will take many smaller animals. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424643/350wm/K0030994-School_of_bigeye_jacks-SPL.jpghttps://www.sciencephoto.com/image/424643/preview/K0030994-School_of_bigeye_jacks-SPL.mp423.142011-09-26Yes20 seconds or longeranimalanimalsbigeyebiologicalbiologycarangidaecaranx sexfasciatuscirclecirclingdaydaytimefishgrouphunterjacklightmarineoceanpredatorpredatoryschoolschoolingseashallowshoalshoalingsix-bandedsouth-east asiasoutheast asiaswimmingthe philippineshttps://www.sciencephoto.com/media/424644/view/monolophosaurus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8923 Monolophosaurus dinosaur runningK002/8923 Animation of a Monolophosaurus dinosaur running. Monolophosaurus was a theropod dinosaur from the Middle Jurassic period, about 168-161 million years ago. It inhabited the Shishugou Formation in what is now Xinjiang, China.https://www.sciencephoto.com/image/424644/350wm/K0028923-Monolophosaurus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424644/preview/K0028923-Monolophosaurus_dinosaur_running-SPL.mp4102011-09-26Yesactionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacedinosaurdinosaursextinctextinctionfaunafull lengthjurassicjurassic periodless than 10 secondsmonolophosaurusno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowsingle crested lizardsingle-crested lizardhttps://www.sciencephoto.com/media/424645/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9684 Cataract surgeryK002/9684 Cataract surgery. Clip 1 of 7. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is the initial stage where incisions are made to access the lens. During this operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9684 to K002/9678.https://www.sciencephoto.com/image/424645/350wm/K0029684-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424645/preview/K0029684-Cataract_surgery-SPL.mp4122011-09-26Noartificial lenscataractclose-upclouded lensconditiondetaildisorderemulsifyingeyehealthcarehospitalhumanlens cloudingmedicalmedicineocularoperating roomoperating theatreoperationophthalmicophthalmologypatientpeoplepersonphacoemulsificationremovingreplacementreplacingrestoring sightsequenceseriessurgeryhttps://www.sciencephoto.com/media/424646/view/corallimorphs2018-10-20T00:28:31Z0.9K002/9941 CorallimorphsK002/9941 Corallimorphs on a reef. Corallimorphs are related to sea anemones, and capture food from the water with small tentacles on their disc. Filmed in the Caribbean Sea.https://www.sciencephoto.com/image/424646/350wm/K0029941-Corallimorphs-SPL.jpghttps://www.sciencephoto.com/image/424646/preview/K0029941-Corallimorphs-SPL.mp411.112011-09-26Yesanimal themesanthozoabiologicalcaribbeancnidarianscolorcolor imagecolourcolour imagecorallimorphcorallimorphariacorallimorphidaecorallimorphsfaunamarinemotionmovementnaturenightno oneno peoplenobodyoceanocean floorreal timereefseasea bedsea lifetropicalunderwaterwildhttps://www.sciencephoto.com/media/424647/view/protein-translocation-on-a-cell-membrane2018-03-28T09:38:32Z0.9K003/0510 Protein translocation on a cell membraneK003/0510 Animation of protein translocation. Translocation is the process by which newly-created proteins (blue) are moved from the site of their creation in the cell to where they are needed. This often happens as they are being synthesised. These proteins are membrane receptors, and have been moved to the cell membrane (yellow).https://www.sciencephoto.com/image/424647/350wm/K0030510-Protein_translocation_on_a_cell_membrane-SPL.jpghttps://www.sciencephoto.com/image/424647/preview/K0030510-Protein_translocation_on_a_cell_membrane-SPL.mp44.022011-09-26Yesanimatedanimationbiochemicalbiochemistrybiologicalbiologybiomoleculebiomoleculesbiosynthesiscellcell membranecellularchemicalchemistryhuman bodymolecularmoleculemoleculespost-translationprocessproteinproteinsreceptorsortingsynthesistargetingtrans-membranetranslationtranslocationtransmembranehttps://www.sciencephoto.com/media/424648/view/pochten-waterfall2018-10-20T00:28:31Z0.9K003/0215 Pochten waterfallK003/0215 Pochten waterfall. Filmed in Switzerland.https://www.sciencephoto.com/image/424648/350wm/K0030215-Pochten_waterfall-SPL.jpghttps://www.sciencephoto.com/image/424648/preview/K0030215-Pochten_waterfall-SPL.mp4302011-09-26Yescascadescolorcolor imagecolourcolour imagecountrysidedaydaytimeenergyeuropeeuropeanfallingflowflowingfreshfreshnessgeographicalgeologicalgeologylandscapelocal landmarkmotionmovementnatureno peoplenobodynon urban sceneoutdoorsoutsidephysical geographypochten waterfallpurehttps://www.sciencephoto.com/media/424649/view/slums-india2018-03-28T09:38:32Z0.9K003/0730 Slums, IndiaK003/0730 Slums by monsoon drain, zoom in to man looking out of window, Mumbai, Indiahttps://www.sciencephoto.com/image/424649/350wm/K0030730-Slums,_India-SPL.jpghttps://www.sciencephoto.com/image/424649/preview/K0030730-Slums,_India-SPL.mp412.082011-09-26Yes1080i5016:9bombaycrampedcrowdeddestitutiondevelopingdrainghettohardshiphdvinindialockedmaharashtramalemanmonsoonmumbaiofoffpoorpovertyrepublicrowshantytownsideskidslumslumssqualorstatic:https://www.sciencephoto.com/media/424650/view/large-sea-anemone2018-03-28T09:38:32Z0.9K003/0995 Large sea anemoneK003/0995 Large sea anemone wafting in a current. Filmed in Tubbataha, The Philippines.https://www.sciencephoto.com/image/424650/350wm/K0030995-Large_sea_anemone-SPL.jpghttps://www.sciencephoto.com/image/424650/preview/K0030995-Large_sea_anemone-SPL.mp425.122011-09-26Yesanimalanimalsbenthicbiologicalbiologycnidariancurrentfishmarinesea anemonesessilesouth-east asiasoutheast asiatentacletentaclesthe philippinestropicaltubbatahaunderwaterwaftingwavingwildlifezoologicalzoologyhttps://www.sciencephoto.com/media/424651/view/monolophosaurus-dinosaur-running2018-11-16T10:41:45Z0.9K002/8924 Monolophosaurus dinosaur runningK002/8924 Animation of a Monolophosaurus dinosaur running. Monolophosaurus was a theropod dinosaur from the Middle Jurassic period, about 168-161 million years ago. It inhabited the Shishugou Formation in what is now Xinjiang, China.https://www.sciencephoto.com/image/424651/350wm/K0028924-Monolophosaurus_dinosaur_running-SPL.jpghttps://www.sciencephoto.com/image/424651/preview/K0028924-Monolophosaurus_dinosaur_running-SPL.mp410.132011-09-26Yesactionanimalanimalsanimatedanimationanimationscomputer animationcomputer animationscomputer generatedcopy spacedinosaurdinosaursextinctextinctionfaunafull lengthjurassicjurassic periodless than 10 secondsmonolophosaurusno-onenobodyone animalpalaeontologypaleontologyprehistoricprehistoryreal timerunningshadowsingle crested lizardsingle-crested lizardhttps://www.sciencephoto.com/media/424652/view/cataract-surgery2018-06-19T09:35:46Z0.9K002/9685 Cataract surgeryK002/9685 Cataract surgery. Clip 8 of 8. Close-up of the eye of a patient with a cataract (clouding of the lens) that is being treated by phacoemulsification. This is the stage where the new lens is inserted. During the operation gas is injected to separate the lens from the deeper parts of the eye. The lens is then emulsified (broken up) using an ultrasound probe inserted into the front of the eye. The lens fragments are removed by aspiration, and fluids lost are replaced with a balanced salt solution. A new artificial lens is then inserted to restore sight. For the entire sequence, see clips K002/9692 to K002/9685.https://www.sciencephoto.com/image/424652/350wm/K0029685-Cataract_surgery-SPL.jpghttps://www.sciencephoto.com/image/424652/preview/K0029685-Cataract_surgery-SPL.mp4392011-09-26Noartificial lenscataractclose-upclouded lensconditiondetail